| /***************************************************************************** |
| * Copyright Statement: |
| * -------------------- |
| * This software is protected by Copyright and the information contained |
| * herein is confidential. The software may not be copied and the information |
| * contained herein may not be used or disclosed except with the written |
| * permission of MediaTek Inc. (C) 2005 |
| * |
| * BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES |
| * THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE") |
| * RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON |
| * AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES, |
| * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF |
| * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT. |
| * NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE |
| * SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR |
| * SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH |
| * THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO |
| * NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S |
| * SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM. |
| * |
| * BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE |
| * LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE, |
| * AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE, |
| * OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO |
| * MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE. |
| * |
| * THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE |
| * WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF |
| * LAWS PRINCIPLES. ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND |
| * RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER |
| * THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC). |
| * |
| *****************************************************************************/ |
| |
| /******************************************************************************* |
| * |
| * Filename: |
| * --------- |
| * m12192.c |
| * |
| * Project: |
| * -------- |
| * MT6208 |
| * |
| * Description: |
| * ------------ |
| * Setup Gain |
| * |
| * Author: |
| * ------- |
| * ------- |
| * |
| *------------------------------------------------------------------------------ |
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| *******************************************************************************/ |
| |
| |
| /*===============================================================================*/ |
| /* */ |
| /* int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, */ |
| /* long *gain_setting ) */ |
| /* */ |
| /*===============================================================================*/ |
| /* */ |
| /* rf_band : RF Band. the value is 0 (GSM) or 1 (DCS) */ |
| /* arfcn : ARFCN number */ |
| /* request_gain : Request Gain. the unit is 0.125 dBm */ |
| /* *gain_setting: the Setting Value for tranceiver gain. */ |
| /* return : returned Actually Setting Gain. the unit is 0.125 dBm. */ |
| /* */ |
| /* ----------------------------------------------------------------------------- */ |
| /* */ |
| /* This program evaluates the AGC setting value by the request gain for Bright2. */ |
| /* If the AGC component is changed, this file shall be modified by vendor */ |
| /* */ |
| /* ----------------------------------------------------------------------------- */ |
| |
| #include "l1d_cid.h" |
| #include "l1d_loc_def.h" |
| #include "m12190_l1core.h" |
| #include "l1d_public.h" |
| |
| /*================================================================================================*/ |
| |
| #define ROUNDINT( n ) ((int)(((n)>=0)?((n)+0.5):((n)-0.5))) |
| #define GC_B ((GAIN_STEP)*(PWRRES)) |
| #define GC_A( bitno, gain ) (short)ROUNDINT(((1+2*(bitno))*GC_B/2-(gain)*(PWRRES))) |
| #define GBOUND( gain1, gain2 ) (short)ROUNDINT((((gain1)+(gain2))/2.0*(PWRRES))) |
| #define BIT_NO( reqgain, A, B ) (((reqgain)+(A))/(B)) |
| #define REAL_GAIN( bitno, A, B ) ((bitno)*(B)-(A)+(B)/2) |
| |
| /*================================================================================================*/ |
| extern void L1D_RF_Info_Trace( uint16 idx, int32 v1, int32 v2 ); |
| |
| #if IS_RF_BRIGHT2 |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ #define GAIN_STEP 2 |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ #define RF_GSM_MAXGAIN ((114.0-37.6)*(PWRRES)) |
| /*BRIGHT2*/ #define RF_GSM_MINGAIN (( 14.0-37.6)*(PWRRES)) |
| /*BRIGHT2*/ #define RF_DCS_MAXGAIN ((114.0-36.6)*(PWRRES)) |
| /*BRIGHT2*/ #define RF_DCS_MINGAIN (( 14.0-36.6)*(PWRRES)) |
| /*BRIGHT2*/ #define RF_PCS_MAXGAIN ((114.0-36.6)*(PWRRES)) |
| /*BRIGHT2*/ #define RF_PCS_MINGAIN (( 14.0-36.6)*(PWRRES)) |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /* GSM900....................................................................*/ |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*BRIGHT2*/ { { GBOUND( 20.4, 18.4 ), GC_A( 20, 20.4 ), 0x00 }, |
| /*BRIGHT2*/ { GBOUND( 8.4, 6.4 ), GC_A( 20, 8.4 ), 0x80 }, |
| /*BRIGHT2*/ { GBOUND(-23.6,-23.6 ), GC_A( 12,-23.6 ), 0xC0 }, |
| /*BRIGHT2*/ }; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /* DCS1800...................................................................*/ |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3] = |
| /*BRIGHT2*/ { { GBOUND( 21.4, 19.4 ), GC_A( 21, 21.4 ), 0x00 }, |
| /*BRIGHT2*/ { GBOUND( 9.4, 7.4 ), GC_A( 21, 9.4 ), 0x80 }, |
| /*BRIGHT2*/ { GBOUND(-22.6,-22.6 ), GC_A( 13,-22.6 ), 0xC0 }, |
| /*BRIGHT2*/ }; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /* PCS1900...................................................................*/ |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3] = |
| /*BRIGHT2*/ { { GBOUND( 21.4, 19.4 ), GC_A( 21, 21.4 ), 0x00 }, |
| /*BRIGHT2*/ { GBOUND( 9.4, 7.4 ), GC_A( 21, 9.4 ), 0x80 }, |
| /*BRIGHT2*/ { GBOUND(-22.6,-22.6 ), GC_A( 13,-22.6 ), 0xC0 }, |
| /*BRIGHT2*/ }; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /*...........................................................................*/ |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*BRIGHT2*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*BRIGHT2*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*BRIGHT2*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*BRIGHT2*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*BRIGHT2*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*BRIGHT2*/ }; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*BRIGHT2*/ { 0, /*#FrequencyBand400 */ |
| /*BRIGHT2*/ 0, /*#FrequencyBand850 */ |
| /*BRIGHT2*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*BRIGHT2*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*BRIGHT2*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*BRIGHT2*/ }; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*BRIGHT2*/ { int max_gain, min_gain, real_gain; |
| /*BRIGHT2*/ const int* d32ptr; |
| /*BRIGHT2*/ const sL1DAGCDATA* agcptr; |
| /*BRIGHT2*/ long setting; |
| /*BRIGHT2*/ int bit_no; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /* evaluate the range of available gain */ |
| /*BRIGHT2*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*BRIGHT2*/ max_gain = *d32ptr++; |
| /*BRIGHT2*/ min_gain = *d32ptr; |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /* clipping the request gain to the avialable gain */ |
| /*BRIGHT2*/ if( request_gain>=max_gain ) |
| /*BRIGHT2*/ { request_gain = max_gain; } |
| /*BRIGHT2*/ else if( request_gain<=min_gain ) |
| /*BRIGHT2*/ { request_gain = min_gain; } |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ /* evaluate the real gain setting */ |
| /*BRIGHT2*/ agcptr = AGC_TABLE[rf_band]; |
| /*BRIGHT2*/ if( request_gain <= agcptr->pos_gain ) |
| /*BRIGHT2*/ { agcptr++; |
| /*BRIGHT2*/ if( request_gain <= agcptr->pos_gain ) |
| /*BRIGHT2*/ { agcptr++; } |
| /*BRIGHT2*/ } |
| /*BRIGHT2*/ { bit_no = BIT_NO( request_gain, (agcptr->A-1), GC_B ); |
| /*BRIGHT2*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*BRIGHT2*/ setting = agcptr->setting + bit_no; |
| /*BRIGHT2*/ } |
| /*BRIGHT2*/ |
| /*BRIGHT2*/ *gain_setting = setting; |
| /*BRIGHT2*/ return( real_gain ); |
| /*BRIGHT2*/ } |
| /*BRIGHT2*/ |
| #endif |
| |
| #if IS_RF_BRIGHT4 |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ #define GAIN_STEP 2 |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ #define RF_GSM_MAXGAIN (( 58.5)*(PWRRES)) |
| /*BRIGHT4*/ #define RF_GSM_MINGAIN ((-39.0)*(PWRRES)) |
| /*BRIGHT4*/ #define RF_DCS_MAXGAIN (( 53.5)*(PWRRES)) |
| /*BRIGHT4*/ #define RF_DCS_MINGAIN ((-43.0)*(PWRRES)) |
| /*BRIGHT4*/ #define RF_PCS_MAXGAIN (( 53.5)*(PWRRES)) |
| /*BRIGHT4*/ #define RF_PCS_MINGAIN ((-43.0)*(PWRRES)) |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /* GSM900....................................................................*/ |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*BRIGHT4*/ { { GBOUND(-11.5,-13.0 ), GC_A( 10,-11.5 ), 0x2002 }, |
| /*BRIGHT4*/ { GBOUND(-39.0,-39.0 ), GC_A( 13,-39.0 ), 0x2202 }, |
| /*BRIGHT4*/ }; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /* DCS1800...................................................................*/ |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*BRIGHT4*/ { { GBOUND(-16.5,-17.0 ), GC_A( 10,-16.5 ), 0x2002 }, |
| /*BRIGHT4*/ { GBOUND(-43.0,-43.0 ), GC_A( 9,-43.0 ), 0x2202 }, |
| /*BRIGHT4*/ }; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /* PCS1900...................................................................*/ |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*BRIGHT4*/ { { GBOUND(-16.5,-17.0 ), GC_A( 10,-16.5 ), 0x2002 }, |
| /*BRIGHT4*/ { GBOUND(-43.0,-43.0 ), GC_A( 9,-43.0 ), 0x2202 }, |
| /*BRIGHT4*/ }; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /*...........................................................................*/ |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*BRIGHT4*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*BRIGHT4*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*BRIGHT4*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*BRIGHT4*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*BRIGHT4*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*BRIGHT4*/ }; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*BRIGHT4*/ { 0, /*#FrequencyBand400 */ |
| /*BRIGHT4*/ 0, /*#FrequencyBand850 */ |
| /*BRIGHT4*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*BRIGHT4*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*BRIGHT4*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*BRIGHT4*/ }; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*BRIGHT4*/ { int max_gain, min_gain, real_gain; |
| /*BRIGHT4*/ const int* d32ptr; |
| /*BRIGHT4*/ const sL1DAGCDATA* agcptr; |
| /*BRIGHT4*/ long setting; |
| /*BRIGHT4*/ int bit_no; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /* evaluate the range of available gain */ |
| /*BRIGHT4*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*BRIGHT4*/ max_gain = *d32ptr++; |
| /*BRIGHT4*/ min_gain = *d32ptr; |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /* clipping the request gain to the avialable gain */ |
| /*BRIGHT4*/ if( request_gain>=max_gain ) |
| /*BRIGHT4*/ { request_gain = max_gain; } |
| /*BRIGHT4*/ else if( request_gain<=min_gain ) |
| /*BRIGHT4*/ { request_gain = min_gain; } |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ /* evaluate the real gain setting */ |
| /*BRIGHT4*/ agcptr = AGC_TABLE[rf_band]; |
| /*BRIGHT4*/ if( request_gain < agcptr->pos_gain ) |
| /*BRIGHT4*/ { agcptr++; |
| /*BRIGHT4*/ } |
| /*BRIGHT4*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*BRIGHT4*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*BRIGHT4*/ setting = agcptr->setting + (bit_no<<3); |
| /*BRIGHT4*/ } |
| /*BRIGHT4*/ |
| /*BRIGHT4*/ *gain_setting = setting; |
| /*BRIGHT4*/ return( real_gain ); |
| /*BRIGHT4*/ } |
| /*BRIGHT4*/ |
| #endif |
| |
| #if IS_RF_BRIGHT5P |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ #define GAIN_STEP 2 |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ #define RF_GSM850_MAXGAIN (( 64.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_GSM850_MINGAIN ((-11.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_GSM_MAXGAIN (( 64.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_GSM_MINGAIN ((-11.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_DCS_MAXGAIN (( 63.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_DCS_MINGAIN ((-12.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_PCS_MAXGAIN (( 63.5)*(PWRRES)) |
| /*BRIGHT5P*/ #define RF_PCS_MINGAIN ((-12.5)*(PWRRES)) |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* GSM850....................................................................*/ |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ const sL1DAGCDATA AGC_TABLE_GSM850[1] = |
| /*BRIGHT5P*/ { { GBOUND(-11.5,-11.5 ), GC_A( 7,-11.5 ), 0x0002 }, |
| /*BRIGHT5P*/ }; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* GSM900....................................................................*/ |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ const sL1DAGCDATA AGC_TABLE_GSM900[1] = |
| /*BRIGHT5P*/ { { GBOUND(-11.5,-11.5 ), GC_A( 7,-11.5 ), 0x0002 }, |
| /*BRIGHT5P*/ }; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* DCS1800...................................................................*/ |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ const sL1DAGCDATA AGC_TABLE_DCS1800[1] = |
| /*BRIGHT5P*/ { { GBOUND(-12.5,-12.5 ), GC_A( 7,-12.5 ), 0x0002 }, |
| /*BRIGHT5P*/ }; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* PCS1900...................................................................*/ |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*BRIGHT5P*/ { { GBOUND(-12.5,-12.5 ), GC_A( 7,-12.5 ), 0x0002 }, |
| /*BRIGHT5P*/ }; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /*...........................................................................*/ |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*BRIGHT5P*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*BRIGHT5P*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*BRIGHT5P*/ { (int)RF_GSM_MAXGAIN , (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*BRIGHT5P*/ { (int)RF_DCS_MAXGAIN , (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*BRIGHT5P*/ { (int)RF_PCS_MAXGAIN , (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*BRIGHT5P*/ }; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*BRIGHT5P*/ { 0, /*#FrequencyBand400 */ |
| /*BRIGHT5P*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*BRIGHT5P*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*BRIGHT5P*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*BRIGHT5P*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*BRIGHT5P*/ }; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*BRIGHT5P*/ { int max_gain, min_gain, real_gain; |
| /*BRIGHT5P*/ const int* d32ptr; |
| /*BRIGHT5P*/ const sL1DAGCDATA* agcptr; |
| /*BRIGHT5P*/ long setting; |
| /*BRIGHT5P*/ int bit_no; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* evaluate the range of available gain */ |
| /*BRIGHT5P*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*BRIGHT5P*/ max_gain = *d32ptr++; |
| /*BRIGHT5P*/ min_gain = *d32ptr; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* clipping the request gain to the avialable gain */ |
| /*BRIGHT5P*/ if( request_gain>=max_gain ) |
| /*BRIGHT5P*/ { request_gain = max_gain; } |
| /*BRIGHT5P*/ else if( request_gain<=min_gain ) |
| /*BRIGHT5P*/ { request_gain = min_gain; } |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ /* evaluate the real gain setting */ |
| /*BRIGHT5P*/ agcptr = AGC_TABLE[rf_band]; |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*BRIGHT5P*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*BRIGHT5P*/ setting = agcptr->setting + (bit_no<<3); |
| /*BRIGHT5P*/ } |
| /*BRIGHT5P*/ |
| /*BRIGHT5P*/ *gain_setting = setting; |
| /*BRIGHT5P*/ return( real_gain ); |
| /*BRIGHT5P*/ } |
| /*BRIGHT5P*/ |
| #endif |
| |
| #if IS_RF_AERO |
| /*AERO*/ |
| /*AERO*/ #define GAIN_STEP 1 |
| /*AERO*/ |
| /*AERO*/ #if IS_GPRS |
| /*AERO*/ #define RF_GSM_MAXGAIN (( 56+13)*(PWRRES)) |
| /*AERO*/ #define RF_GSM_MINGAIN ((-23+13)*(PWRRES)) |
| /*AERO*/ #define RF_DCS_MAXGAIN (( 56+13)*(PWRRES)) |
| /*AERO*/ #define RF_DCS_MINGAIN ((-23+13)*(PWRRES)) |
| /*AERO*/ #define RF_PCS_MAXGAIN (( 56+13)*(PWRRES)) |
| /*AERO*/ #define RF_PCS_MINGAIN ((-23+13)*(PWRRES)) |
| /*AERO*/ #else |
| /*AERO*/ #define RF_GSM_MAXGAIN (( 56+13)*(PWRRES)) |
| /*AERO*/ #define RF_GSM_MINGAIN ((-38+13)*(PWRRES)) |
| /*AERO*/ #define RF_DCS_MAXGAIN (( 56+13)*(PWRRES)) |
| /*AERO*/ #define RF_DCS_MINGAIN ((-38+13)*(PWRRES)) |
| /*AERO*/ #define RF_PCS_MAXGAIN (( 56+13)*(PWRRES)) |
| /*AERO*/ #define RF_PCS_MINGAIN ((-38+13)*(PWRRES)) |
| /*AERO*/ #endif |
| /*AERO*/ |
| /*AERO*/ #if IS_GPRS |
| /*AERO*/ /* GSM900....................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA AGC_TABLE_GSM900[6] = |
| /*AERO*/ { |
| /*AERO*/ { GBOUND( 56.0+13.0, -7.0+13.0)-(2*PWRRES), GC_A(43, 36+13.0), 0x758021 }, |
| /*AERO*/ { GBOUND( 52.0+13.0, -11.0+13.0)-(2*PWRRES), GC_A(43, 32+13.0), 0x756021 }, |
| /*AERO*/ { GBOUND( 48.0+13.0, -15.0+13.0)-(2*PWRRES), GC_A(43, 28+13.0), 0x754021 }, |
| /*AERO*/ { GBOUND( 44.0+13.0, -19.0+13.0)-(2*PWRRES), GC_A(43, 24+13.0), 0x752021 }, |
| /*AERO*/ { GBOUND( 40.0+13.0, -23.0+13.0)-(2*PWRRES), GC_A( 0, -23+13.0), 0x750021 }, |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ /* DCS1800...................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA AGC_TABLE_DCS1800[6] = |
| /*AERO*/ { |
| /*AERO*/ { GBOUND( 56.0+8.0, -7.0+13.0)-(2*PWRRES), GC_A(43, 36+13.0), 0x358021 }, |
| /*AERO*/ { GBOUND( 52.0+8.0, -11.0+13.0)-(2*PWRRES), GC_A(43, 32+13.0), 0x356021 }, |
| /*AERO*/ { GBOUND( 48.0+8.0, -15.0+13.0)-(2*PWRRES), GC_A(43, 28+13.0), 0x354021 }, |
| /*AERO*/ { GBOUND( 44.0+8.0, -19.0+13.0)-(2*PWRRES), GC_A(43, 24+13.0), 0x352021 }, |
| /*AERO*/ { GBOUND( 40.0+8.0, -23.0+13.0)-(2*PWRRES), GC_A( 0, -23+13.0), 0x350021 }, |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ /* PCS1900...................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA AGC_TABLE_PCS1900[6] = |
| /*AERO*/ { |
| /*AERO*/ { GBOUND( 56.0, -7.0)-(2*PWRRES), GC_A(43, 36), 0x358021 }, |
| /*AERO*/ { GBOUND( 52.0, -11.0)-(2*PWRRES), GC_A(43, 32), 0x356021 }, |
| /*AERO*/ { GBOUND( 48.0, -15.0)-(2*PWRRES), GC_A(43, 28), 0x354021 }, |
| /*AERO*/ { GBOUND( 44.0, -19.0)-(2*PWRRES), GC_A(43, 24), 0x352021 }, |
| /*AERO*/ { GBOUND( 40.0, -23.0)-(2*PWRRES), GC_A( 0, -23), 0x350021 }, |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ #else |
| /*AERO*/ /* GSM900....................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA AGC_TABLE_GSM900[6] = |
| /*AERO*/ { |
| /*AERO*/ { GBOUND( 36.0+13.0, 35.0+13.0), GC_A(43, 36+13.0), 0x758021 }, |
| /*AERO*/ { GBOUND( 32.0+13.0, 31.0+13.0), GC_A(43, 32+13.0), 0x756021 }, |
| /*AERO*/ { GBOUND( 28.0+13.0, 27.0+13.0), GC_A(43, 28+13.0), 0x754021 }, |
| /*AERO*/ { GBOUND( 24.0+13.0, 23.0+13.0), GC_A(43, 24+13.0), 0x752021 }, |
| /*AERO*/ { GBOUND(-23.0+13.0, -24.0+13.0), GC_A( 0, -23+13.0), 0x750021 }, |
| /*AERO*/ { GBOUND(-38.0+13.0, -38.0+13.0), GC_A( 0, -38+13.0), 0x700021 }, |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ /* DCS1800...................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA AGC_TABLE_DCS1800[6] = |
| /*AERO*/ { |
| /*AERO*/ { GBOUND( 36.0+13.0, 35.0+13.0), GC_A(43, 36+13.0), 0x358021 }, |
| /*AERO*/ { GBOUND( 32.0+13.0, 31.0+13.0), GC_A(43, 32+13.0), 0x356021 }, |
| /*AERO*/ { GBOUND( 28.0+13.0, 27.0+13.0), GC_A(43, 28+13.0), 0x354021 }, |
| /*AERO*/ { GBOUND( 24.0+13.0, 23.0+13.0), GC_A(43, 24+13.0), 0x352021 }, |
| /*AERO*/ { GBOUND(-23.0+13.0, -24.0+13.0), GC_A( 0, -23+13.0), 0x350021 }, |
| /*AERO*/ { GBOUND(-38.0+13.0, -38.0+13.0), GC_A( 0, -38+13.0), 0x300021 }, |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ /* PCS1900...................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA AGC_TABLE_PCS1900[6] = |
| /*AERO*/ { |
| /*AERO*/ { GBOUND( 36.0+13.0, 35.0+13.0), GC_A(43, 36+13.0), 0x358021 }, |
| /*AERO*/ { GBOUND( 32.0+13.0, 31.0+13.0), GC_A(43, 32+13.0), 0x356021 }, |
| /*AERO*/ { GBOUND( 28.0+13.0, 27.0+13.0), GC_A(43, 28+13.0), 0x354021 }, |
| /*AERO*/ { GBOUND( 24.0+13.0, 23.0+13.0), GC_A(43, 24+13.0), 0x352021 }, |
| /*AERO*/ { GBOUND(-23.0+13.0, -24.0+13.0), GC_A( 0, -23+13.0), 0x350021 }, |
| /*AERO*/ { GBOUND(-38.0+13.0, -38.0+13.0), GC_A( 0, -38+13.0), 0x300021 }, |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ #endif |
| /*AERO*/ //*...........................................................................*/ |
| /*AERO*/ |
| /*AERO*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*AERO*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*AERO*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*AERO*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*AERO*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*AERO*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*AERO*/ { 0, /*#FrequencyBand400 */ |
| /*AERO*/ 0, /*#FrequencyBand850 */ |
| /*AERO*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*AERO*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*AERO*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*AERO*/ }; |
| /*AERO*/ |
| /*AERO*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*AERO*/ |
| /*AERO*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*AERO*/ { int max_gain, min_gain, real_gain; |
| /*AERO*/ const int* d32ptr; |
| /*AERO*/ const sL1DAGCDATA* agcptr; |
| /*AERO*/ long setting; |
| /*AERO*/ int bit_no; |
| /*AERO*/ |
| /*AERO*/ #if IS_GPRS |
| /*AERO*/ const static sL1DAGCDATA* last_agcptr; |
| /*AERO*/ #endif |
| /*AERO*/ |
| /*AERO*/ /* evaluate the range of available gain */ |
| /*AERO*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*AERO*/ max_gain = *d32ptr++; |
| /*AERO*/ min_gain = *d32ptr; |
| /*AERO*/ |
| /*AERO*/ /* clipping the request gain to the avialable gain */ |
| /*AERO*/ if( request_gain>=max_gain ) |
| /*AERO*/ { request_gain = max_gain; } |
| /*AERO*/ else if( request_gain<=min_gain ) |
| /*AERO*/ { request_gain = min_gain; } |
| /*AERO*/ #if IS_GPRS |
| /*AERO*/ if(!IS_CONTINUOUS_RX_SLOT()) /*false: evaluate the real gain setting */ |
| /*AERO*/ { |
| /*AERO*/ #endif |
| /*AERO*/ agcptr = AGC_TABLE[rf_band]; |
| /*AERO*/ agcptr += 2; |
| /*AERO*/ if( request_gain >= agcptr->pos_gain ) |
| /*AERO*/ { agcptr -= 2; |
| /*AERO*/ if( request_gain < agcptr->pos_gain ) |
| /*AERO*/ { agcptr += 1; |
| /*AERO*/ if(request_gain < agcptr->pos_gain ) |
| /*AERO*/ { agcptr += 1; |
| /*AERO*/ } |
| /*AERO*/ } |
| /*AERO*/ } |
| /*AERO*/ else |
| /*AERO*/ { agcptr += 1; |
| /*AERO*/ if( request_gain < agcptr->pos_gain ) |
| /*AERO*/ { agcptr += 1; |
| /*AERO*/ #if IS_GSM |
| /*AERO*/ if(request_gain < agcptr->pos_gain ) |
| /*AERO*/ { agcptr += 1; |
| /*AERO*/ } |
| /*AERO*/ #endif |
| /*AERO*/ } |
| /*AERO*/ } |
| /*AERO*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*AERO*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*AERO*/ setting = agcptr->setting + (bit_no<<6); |
| /*AERO*/ } |
| /*AERO*/ #if IS_GPRS |
| /*AERO*/ last_agcptr = agcptr; |
| /*AERO*/ } |
| /*AERO*/ else /* is_continuous_slot */ |
| /*AERO*/ { bit_no = BIT_NO( request_gain, last_agcptr->A, GC_B ); |
| /*AERO*/ real_gain = REAL_GAIN( bit_no, last_agcptr->A, GC_B ); |
| /*AERO*/ setting = (bit_no<<6)|0x22; |
| /*AERO*/ } |
| /*AERO*/ #endif |
| /*AERO*/ *gain_setting = setting; |
| /*AERO*/ return( real_gain ); |
| /*AERO*/ } |
| /*AERO*/ |
| #endif |
| |
| #if IS_RF_AERO1PLUS |
| /*AERO1+*/ |
| /*AERO1+*/ #define GAIN_STEP 1 |
| /*AERO1+*/ #define PVOFS (-25.0) |
| /*AERO1+*/ |
| /*AERO1+*/ #if IS_GPRS |
| /*AERO1+*/ #define RF_GSM_MAXGAIN (( 85)*(PWRRES)) |
| /*AERO1+*/ #define RF_GSM_MINGAIN (( -2)*(PWRRES)) |
| /*AERO1+*/ #define RF_DCS_MAXGAIN (( 83)*(PWRRES)) |
| /*AERO1+*/ #define RF_DCS_MINGAIN (( 5)*(PWRRES)) |
| /*AERO1+*/ #define RF_PCS_MAXGAIN (( 83)*(PWRRES)) |
| /*AERO1+*/ #define RF_PCS_MINGAIN (( 5)*(PWRRES)) |
| /*AERO1+*/ #else |
| /*AERO1+*/ #define RF_GSM_MAXGAIN (( 85)*(PWRRES)) |
| /*AERO1+*/ #define RF_GSM_MINGAIN (( -2)*(PWRRES)) |
| /*AERO1+*/ #define RF_DCS_MAXGAIN (( 83)*(PWRRES)) |
| /*AERO1+*/ #define RF_DCS_MINGAIN (( 5)*(PWRRES)) |
| /*AERO1+*/ #define RF_PCS_MAXGAIN (( 83)*(PWRRES)) |
| /*AERO1+*/ #define RF_PCS_MINGAIN (( 5)*(PWRRES)) |
| /*AERO1+*/ #endif |
| /*AERO1+*/ |
| /*AERO1+*/ #if IS_GPRS |
| /*AERO1+*/ /* GSM900....................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA AGC_TABLE_GSM900[6] = |
| /*AERO1+*/ { |
| /*AERO1+*/ { GBOUND( 93.0+PVOFS, 30.0+PVOFS)-(2*PWRRES), GC_A(37, 67.0+PVOFS), 0x758021 }, |
| /*AERO1+*/ { GBOUND( 89.0+PVOFS, 26.0+PVOFS)-(2*PWRRES), GC_A(37, 63.0+PVOFS), 0x756021 }, |
| /*AERO1+*/ { GBOUND( 85.0+PVOFS, 22.0+PVOFS)-(2*PWRRES), GC_A(37, 59.0+PVOFS), 0x754021 }, |
| /*AERO1+*/ { GBOUND( 81.0+PVOFS, 18.0+PVOFS)-(2*PWRRES), GC_A(37, 55.0+PVOFS), 0x752021 }, |
| /*AERO1+*/ { GBOUND( 77.0+PVOFS, 14.0+PVOFS)-(2*PWRRES), GC_A( 0, 14.0+PVOFS), 0x750021 }, |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ /* DCS1800...................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA AGC_TABLE_DCS1800[6] = |
| /*AERO1+*/ { |
| /*AERO1+*/ { GBOUND( 91.0+PVOFS, 28.0+PVOFS)-(2*PWRRES), GC_A(37, 65.0+PVOFS), 0x358021 }, |
| /*AERO1+*/ { GBOUND( 87.0+PVOFS, 24.0+PVOFS)-(2*PWRRES), GC_A(37, 61.0+PVOFS), 0x356021 }, |
| /*AERO1+*/ { GBOUND( 83.0+PVOFS, 20.0+PVOFS)-(2*PWRRES), GC_A(37, 57.0+PVOFS), 0x354021 }, |
| /*AERO1+*/ { GBOUND( 79.0+PVOFS, 16.0+PVOFS)-(2*PWRRES), GC_A(37, 53.0+PVOFS), 0x352021 }, |
| /*AERO1+*/ { GBOUND( 75.0+PVOFS, 12.0+PVOFS)-(2*PWRRES), GC_A( 0, 12.0+PVOFS), 0x350021 }, |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ /* PCS1900...................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA AGC_TABLE_PCS1900[6] = |
| /*AERO1+*/ { |
| /*AERO1+*/ { GBOUND( 91.0+PVOFS, 28.0+PVOFS)-(2*PWRRES), GC_A(37, 65.0+PVOFS), 0x358021 }, |
| /*AERO1+*/ { GBOUND( 87.0+PVOFS, 24.0+PVOFS)-(2*PWRRES), GC_A(37, 61.0+PVOFS), 0x356021 }, |
| /*AERO1+*/ { GBOUND( 83.0+PVOFS, 20.0+PVOFS)-(2*PWRRES), GC_A(37, 57.0+PVOFS), 0x354021 }, |
| /*AERO1+*/ { GBOUND( 79.0+PVOFS, 16.0+PVOFS)-(2*PWRRES), GC_A(37, 53.0+PVOFS), 0x352021 }, |
| /*AERO1+*/ { GBOUND( 75.0+PVOFS, 12.0+PVOFS)-(2*PWRRES), GC_A( 0, 12.0+PVOFS), 0x350021 }, |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ #else |
| /*AERO1+*/ /* GSM900....................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA AGC_TABLE_GSM900[6] = |
| /*AERO1+*/ { |
| /*AERO1+*/ { GBOUND( 67.0+PVOFS, 66.0+PVOFS), GC_A(37, 67.0+PVOFS), 0x758021 }, |
| /*AERO1+*/ { GBOUND( 63.0+PVOFS, 62.0+PVOFS), GC_A(37, 63.0+PVOFS), 0x756021 }, |
| /*AERO1+*/ { GBOUND( 59.0+PVOFS, 58.0+PVOFS), GC_A(37, 59.0+PVOFS), 0x754021 }, |
| /*AERO1+*/ { GBOUND( 55.0+PVOFS, 54.0+PVOFS), GC_A(37, 55.0+PVOFS), 0x752021 }, |
| /*AERO1+*/ { GBOUND( 14.0+PVOFS, 13.0+PVOFS), GC_A( 0, 14.0+PVOFS), 0x750021 }, |
| /*AERO1+*/ { GBOUND( -2.0+PVOFS, -2.0+PVOFS), GC_A( 0, -2.0+PVOFS), 0x700021 }, |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ /* DCS1800...................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA AGC_TABLE_DCS1800[6] = |
| /*AERO1+*/ { |
| /*AERO1+*/ { GBOUND( 65.0+PVOFS, 64.0+PVOFS), GC_A(37, 65.0+PVOFS), 0x358021 }, |
| /*AERO1+*/ { GBOUND( 61.0+PVOFS, 60.0+PVOFS), GC_A(37, 61.0+PVOFS), 0x356021 }, |
| /*AERO1+*/ { GBOUND( 57.0+PVOFS, 56.0+PVOFS), GC_A(37, 57.0+PVOFS), 0x354021 }, |
| /*AERO1+*/ { GBOUND( 53.0+PVOFS, 52.0+PVOFS), GC_A(37, 53.0+PVOFS), 0x352021 }, |
| /*AERO1+*/ { GBOUND( 12.0+PVOFS, 11.0+PVOFS), GC_A( 0, 12.0+PVOFS), 0x350021 }, |
| /*AERO1+*/ { GBOUND( 5.0+PVOFS, 5.0+PVOFS), GC_A( 0, 5.0+PVOFS), 0x300021 }, |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ /* PCS1900...................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA AGC_TABLE_PCS1900[6] = |
| /*AERO1+*/ { |
| /*AERO1+*/ { GBOUND( 65.0+PVOFS, 64.0+PVOFS), GC_A(37, 65.0+PVOFS), 0x358021 }, |
| /*AERO1+*/ { GBOUND( 61.0+PVOFS, 60.0+PVOFS), GC_A(37, 61.0+PVOFS), 0x356021 }, |
| /*AERO1+*/ { GBOUND( 57.0+PVOFS, 56.0+PVOFS), GC_A(37, 57.0+PVOFS), 0x354021 }, |
| /*AERO1+*/ { GBOUND( 53.0+PVOFS, 52.0+PVOFS), GC_A(37, 53.0+PVOFS), 0x352021 }, |
| /*AERO1+*/ { GBOUND( 12.0+PVOFS, 11.0+PVOFS), GC_A( 0, 12.0+PVOFS), 0x350021 }, |
| /*AERO1+*/ { GBOUND( 5.0+PVOFS, 5.0+PVOFS), GC_A( 0, 5.0+PVOFS), 0x300021 }, |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ #endif |
| /*AERO1+*/ //*...........................................................................*/ |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*AERO1+*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*AERO1+*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*AERO1+*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*AERO1+*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*AERO1+*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*AERO1+*/ { 0, /*#FrequencyBand400 */ |
| /*AERO1+*/ 0, /*#FrequencyBand850 */ |
| /*AERO1+*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*AERO1+*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*AERO1+*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*AERO1+*/ }; |
| /*AERO1+*/ |
| /*AERO1+*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*AERO1+*/ |
| /*AERO1+*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*AERO1+*/ { int max_gain, min_gain, real_gain; |
| /*AERO1+*/ const int* d32ptr; |
| /*AERO1+*/ const sL1DAGCDATA* agcptr; |
| /*AERO1+*/ long setting; |
| /*AERO1+*/ int bit_no; |
| /*AERO1+*/ |
| /*AERO1+*/ #if IS_GPRS |
| /*AERO1+*/ const static sL1DAGCDATA* last_agcptr; |
| /*AERO1+*/ #endif |
| /*AERO1+*/ |
| /*AERO1+*/ /* evaluate the range of available gain */ |
| /*AERO1+*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*AERO1+*/ max_gain = *d32ptr++; |
| /*AERO1+*/ min_gain = *d32ptr; |
| /*AERO1+*/ |
| /*AERO1+*/ /* clipping the request gain to the avialable gain */ |
| /*AERO1+*/ if( request_gain>=max_gain ) |
| /*AERO1+*/ { request_gain = max_gain; } |
| /*AERO1+*/ else if( request_gain<=min_gain ) |
| /*AERO1+*/ { request_gain = min_gain; } |
| /*AERO1+*/ #if IS_GPRS |
| /*AERO1+*/ if(!IS_CONTINUOUS_RX_SLOT()) /*false: evaluate the real gain setting */ |
| /*AERO1+*/ { |
| /*AERO1+*/ #endif |
| /*AERO1+*/ agcptr = AGC_TABLE[rf_band]; |
| /*AERO1+*/ agcptr += 2; |
| /*AERO1+*/ if( request_gain >= agcptr->pos_gain ) |
| /*AERO1+*/ { agcptr -= 2; |
| /*AERO1+*/ if( request_gain < agcptr->pos_gain ) |
| /*AERO1+*/ { agcptr += 1; |
| /*AERO1+*/ if(request_gain < agcptr->pos_gain ) |
| /*AERO1+*/ { agcptr += 1; |
| /*AERO1+*/ } |
| /*AERO1+*/ } |
| /*AERO1+*/ } |
| /*AERO1+*/ else |
| /*AERO1+*/ { agcptr += 1; |
| /*AERO1+*/ if( request_gain < agcptr->pos_gain ) |
| /*AERO1+*/ { agcptr += 1; |
| /*AERO1+*/ #if IS_GSM |
| /*AERO1+*/ if(request_gain < agcptr->pos_gain ) |
| /*AERO1+*/ { agcptr += 1; |
| /*AERO1+*/ } |
| /*AERO1+*/ #endif |
| /*AERO1+*/ } |
| /*AERO1+*/ } |
| /*AERO1+*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*AERO1+*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*AERO1+*/ setting = agcptr->setting + (bit_no<<6); |
| /*AERO1+*/ } |
| /*AERO1+*/ #if IS_GPRS |
| /*AERO1+*/ last_agcptr = agcptr; |
| /*AERO1+*/ } |
| /*AERO1+*/ else /* is_continuous_slot */ |
| /*AERO1+*/ { bit_no = BIT_NO( request_gain, last_agcptr->A, GC_B ); |
| /*AERO1+*/ real_gain = REAL_GAIN( bit_no, last_agcptr->A, GC_B ); |
| /*AERO1+*/ setting = (bit_no<<6)|0x22; |
| /*AERO1+*/ } |
| /*AERO1+*/ #endif |
| /*AERO1+*/ *gain_setting = setting; |
| /*AERO1+*/ return( real_gain ); |
| /*AERO1+*/ } |
| /*AERO1+*/ |
| #endif |
| |
| #if IS_RF_POLARIS1 |
| /*RFMD*/ |
| /*RFMD*/ typedef struct |
| /*RFMD*/ { |
| /*RFMD*/ short pos_gain; |
| /*RFMD*/ short setting; |
| /*RFMD*/ short A; |
| /*RFMD*/ short base; |
| /*RFMD*/ } sL1DAGCDATA_RFMD; |
| /*RFMD*/ |
| /*RFMD*/ #define GAIN_STEP 1 // no used |
| /*RFMD*/ |
| /*RFMD*/ #define RF_GSM_MAXGAIN ( 110.4*(PWRRES)) |
| /*RFMD*/ #define RF_GSM_MINGAIN ( -3*(PWRRES)) |
| /*RFMD*/ #define RF_DCS_MAXGAIN RF_GSM_MAXGAIN |
| /*RFMD*/ #define RF_DCS_MINGAIN RF_GSM_MINGAIN |
| /*RFMD*/ #define RF_PCS_MAXGAIN RF_GSM_MAXGAIN |
| /*RFMD*/ #define RF_PCS_MINGAIN RF_GSM_MINGAIN |
| /*RFMD*/ |
| /*RFMD*/ |
| /*RFMD*/ /* GSM900....................................................................*/ |
| /*RFMD*/ const sL1DAGCDATA_RFMD AGC_TABLE_GSM900[25] = |
| /*RFMD*/ { |
| /*RFMD*/ { GBOUND( 107.375, 106.375 ), (short)0x17AB, -107.375*8, 107.375*8 }, |
| /*RFMD*/ { GBOUND( 101.375, 100.375 ), (short)0x17AA, -101.375*8, 101.375*8 }, |
| /*RFMD*/ { GBOUND( 94.375, 93.375 ), (short)0x07A9, -94.375*8, 94.375*8 }, |
| /*RFMD*/ { GBOUND( 88.375, 87.375 ), (short)0x07A8, -88.375*8, 88.375*8 }, |
| /*RFMD*/ { GBOUND( 82.375, 81.375 ), (short)0x07A7, -82.375*8, 82.375*8 }, |
| /*RFMD*/ { GBOUND( 76.375, 75.375 ), (short)0x07A6, -76.375*8, 76.375*8 }, |
| /*RFMD*/ { 589 , (short)0x47A5, -74.400*8, 74.400*8 }, |
| /*RFMD*/ { 587 , (short)0x25e5, -73.500*8, 72.875*8 }, |
| /*RFMD*/ { GBOUND( 70.875, 69.875 ), (short)0x05e5, -70.875*8, 70.875*8 }, |
| /*RFMD*/ { GBOUND( 64.875, 63.875 ), (short)0x05e4, -64.875*8, 64.875*8 }, |
| /*RFMD*/ { 475 , (short)0x15e3, -59.875*8, 59.875*8 }, |
| /*RFMD*/ { GBOUND( 57.000, 56.000 ), (short)0x0564, -57.000*8, 57.000*8 }, |
| /*RFMD*/ { 403 , (short)0x0563, -51.000*8, 51.000*8 }, |
| /*RFMD*/ { GBOUND( 48.875, 47.875 ), (short)0xe563, -48.875*8, 48.875*8 }, |
| /*RFMD*/ { 338 , (short)0x0463, -42.875*8, 42.875*8 }, |
| /*RFMD*/ { 292 , (short)0xa463, -36.750*8, 36.750*8 }, |
| /*RFMD*/ { 278 , (short)0x0063, -35.375*8, 35.375*8 }, |
| /*RFMD*/ { 231 , (short)0xa063, -29.250*8, 29.250*8 }, |
| /*RFMD*/ { 208 , (short)0x0473, -26.625*8, 26.625*8 }, |
| /*RFMD*/ { GBOUND( 20.500, 19.500 ), (short)0xa473, -20.500*8, 20.500*8 }, |
| /*RFMD*/ { 110 , (short)0xa472, -14.500*8, 14.500*8 }, |
| /*RFMD*/ { 100 , (short)0x0072, -107.000*8, 13.125*8 }, |
| /*RFMD*/ { GBOUND( 7.000, 6.000 ), (short)0xa072, -7.000*8, 7.000*8 }, |
| /*RFMD*/ { GBOUND( 1.000, 0.000 ), (short)0xa071, -1.000*8, 1.000*8 }, |
| /*RFMD*/ { -25 , (short)0xc070, 3.000*8, -3.000*8 }, |
| /*RFMD*/ }; |
| /*RFMD*/ |
| /*RFMD*/ /*...........................................................................*/ |
| /*RFMD*/ |
| /*RFMD*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*RFMD*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*RFMD*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*RFMD*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*RFMD*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand1800 */ |
| /*RFMD*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand1900 */ |
| /*RFMD*/ }; |
| /*RFMD*/ |
| /*RFMD*/ /*...........................................................................*/ |
| /*RFMD*/ |
| /*RFMD*/ const sL1DAGCDATA_RFMD *const AGC_TABLE[] = |
| /*RFMD*/ { 0, /*#FrequencyBand400 */ |
| /*RFMD*/ 0, /*#FrequencyBand850 */ |
| /*RFMD*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*RFMD*/ AGC_TABLE_GSM900, /* FrequencyBand1800 */ |
| /*RFMD*/ AGC_TABLE_GSM900, /* FrequencyBand1900 */ |
| /*RFMD*/ }; |
| /*RFMD*/ /*...........................................................................*/ |
| /*RFMD*/ |
| /*RFMD*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*RFMD*/ { int max_gain, min_gain, real_gain; |
| /*RFMD*/ const int* d32ptr; |
| /*RFMD*/ const sL1DAGCDATA_RFMD* agcptr; |
| /*RFMD*/ short setting; |
| /*RFMD*/ int bit_no; |
| /*RFMD*/ int left, right, middle; |
| /*RFMD*/ |
| /*RFMD*/ /*transfer power gain to voltage gain*/ |
| /*RFMD*/ request_gain = request_gain + 37*8; |
| /*RFMD*/ |
| /*RFMD*/ /* evaluate the range of available gain */ |
| /*RFMD*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*RFMD*/ max_gain = *d32ptr++; |
| /*RFMD*/ min_gain = *d32ptr; |
| /*RFMD*/ |
| /*RFMD*/ /* clipping the request gain to the avialable gain */ |
| /*RFMD*/ if( request_gain>=max_gain ) |
| /*RFMD*/ { request_gain = max_gain; } |
| /*RFMD*/ else if( request_gain<=min_gain ) |
| /*RFMD*/ { request_gain = min_gain; } |
| /*RFMD*/ |
| /*RFMD*/ /* evaluate the real gain setting */ |
| /*RFMD*/ agcptr = AGC_TABLE[rf_band]; |
| /*RFMD*/ |
| /*RFMD*/ /*binary search*/ |
| /*RFMD*/ left = 0; right = 24; |
| /*RFMD*/ while (left <= right) |
| /*RFMD*/ { |
| /*RFMD*/ middle = (left + right)/2; |
| /*RFMD*/ if ( request_gain > (agcptr+middle)->pos_gain ) |
| /*RFMD*/ right = middle - 1; |
| /*RFMD*/ else if ( request_gain <= (agcptr+middle)->pos_gain ) |
| /*RFMD*/ left = middle + 1; |
| /*RFMD*/ } |
| /*RFMD*/ agcptr = (agcptr+left); |
| /*RFMD*/ |
| /*RFMD*/ { |
| /*RFMD*/ bit_no = (request_gain + 3 + agcptr->A)/8; |
| /*RFMD*/ real_gain = agcptr->base + (bit_no*8); |
| /*RFMD*/ /*transfer voltage gain to power gain*/ |
| /*RFMD*/ real_gain = real_gain - 37*8; |
| /*RFMD*/ |
| /*RFMD*/ bit_no = 0x0f & ( ((agcptr->setting)>>12) + bit_no); |
| /*RFMD*/ setting = ((agcptr->setting) & 0x07ff) + (bit_no<<11); |
| /*RFMD*/ } |
| /*RFMD*/ |
| /*RFMD*/ *gain_setting = setting; |
| /*RFMD*/ return( real_gain ); |
| /*RFMD*/ } |
| /*RFMD*/ |
| #endif |
| |
| #if 0 /* AMR use */ |
| /* under construction !*/ |
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| /* under construction !*/ |
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| /* under construction !*/ |
| /* under construction !*/ |
| /* under construction !*/ |
| /* under construction !*/ |
| /*SKY74117*/ #if IS_GPRS |
| /* under construction !*/ |
| /* under construction !*/ |
| /* under construction !*/ |
| /*SKY74117*/ #endif |
| /* under construction !*/ |
| /* under construction !*/ |
| /* under construction !*/ |
| #endif |
| |
| #if IS_RF_SKY74117 /* GPRS use */ |
| /*SKY74117*/ |
| /*SKY74117*/ #define LOFS (4.000) |
| /*SKY74117*/ #define HOFS (4.000) |
| /*SKY74117*/ |
| /*SKY74117*/ #define GAIN_STEP 2 |
| /*SKY74117*/ |
| /*SKY74117*/ #define RF_GSM850_MAXGAIN (( 57+LOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_GSM850_MINGAIN ((-33+LOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_GSM_MAXGAIN (( 57+LOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_GSM_MINGAIN ((-33+LOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_DCS_MAXGAIN (( 51+HOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_DCS_MINGAIN ((-33+HOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_PCS_MAXGAIN (( 53+HOFS)*(PWRRES)) |
| /*SKY74117*/ #define RF_PCS_MINGAIN ((-33+HOFS)*(PWRRES)) |
| /*SKY74117*/ /* GSM850....................................................................*/ |
| /*SKY74117*/ |
| /*SKY74117*/ const sL1DAGCDATA AGC_TABLE_GSM850[13] = |
| /*SKY74117*/ { |
| /*SKY74117*/ { GBOUND( 45.0+LOFS, 43.0+LOFS), GC_A( 0, 45.0+LOFS), 0x043C24 }, |
| /*SKY74117*/ { GBOUND( 33.0+LOFS, 31.0+LOFS), GC_A( 0, 33.0+LOFS), 0x043824 }, |
| /*SKY74117*/ { GBOUND( 27.0+LOFS, 25.0+LOFS), GC_A( 0, 27.0+LOFS), 0x043424 }, |
| /*SKY74117*/ { GBOUND( 25.0+LOFS, 23.0+LOFS), GC_A( 5, 25.0+LOFS), 0x043024 }, |
| /*SKY74117*/ { GBOUND( 21.0+LOFS, 19.0+LOFS), GC_A( 3, 21.0+LOFS), 0x042824 }, |
| /*SKY74117*/ { GBOUND( 17.0+LOFS, 15.0+LOFS), GC_A( 4, 17.0+LOFS), 0x042424 }, |
| /*SKY74117*/ { GBOUND( 15.0+LOFS, 13.0+LOFS), GC_A( 0, 15.0+LOFS), 0x042824 }, |
| /*SKY74117*/ { GBOUND( 9.0+LOFS, 7.0+LOFS), GC_A( 0, 9.0+LOFS), 0x042424 }, |
| /*SKY74117*/ { GBOUND( 5.0+LOFS, 3.0+LOFS), GC_A( 4, 5.0+LOFS), 0x042024 }, |
| /*SKY74117*/ { GBOUND( -9.0+LOFS, -11.0+LOFS), GC_A( 0, -9.0+LOFS), 0x040814 }, |
| /*SKY74117*/ { GBOUND(-15.0+LOFS, -17.0+LOFS), GC_A( 0, -15.0+LOFS), 0x040414 }, |
| /*SKY74117*/ { GBOUND(-27.0+LOFS, -29.0+LOFS), GC_A( 0, -27.0+LOFS), 0x040014 }, |
| /*SKY74117*/ { GBOUND(-33.0+LOFS, -33.0+LOFS), GC_A( 0, -33.0+LOFS), 0x040004 }, |
| /*SKY74117*/ }; |
| /*SKY74117*/ |
| /*SKY74117*/ /* GSM900....................................................................*/ |
| /*SKY74117*/ |
| /*SKY74117*/ const sL1DAGCDATA AGC_TABLE_GSM900[13] = |
| /*SKY74117*/ { |
| /*SKY74117*/ { GBOUND( 45.0+LOFS, 43.0+LOFS), GC_A( 0, 45.0+LOFS), 0x053C24 }, |
| /*SKY74117*/ { GBOUND( 33.0+LOFS, 31.0+LOFS), GC_A( 0, 33.0+LOFS), 0x053824 }, |
| /*SKY74117*/ { GBOUND( 27.0+LOFS, 25.0+LOFS), GC_A( 0, 27.0+LOFS), 0x053424 }, |
| /*SKY74117*/ { GBOUND( 25.0+LOFS, 23.0+LOFS), GC_A( 5, 25.0+LOFS), 0x053024 }, |
| /*SKY74117*/ { GBOUND( 21.0+LOFS, 19.0+LOFS), GC_A( 3, 21.0+LOFS), 0x052824 }, |
| /*SKY74117*/ { GBOUND( 17.0+LOFS, 15.0+LOFS), GC_A( 4, 17.0+LOFS), 0x052424 }, |
| /*SKY74117*/ { GBOUND( 15.0+LOFS, 13.0+LOFS), GC_A( 0, 15.0+LOFS), 0x052824 }, |
| /*SKY74117*/ { GBOUND( 9.0+LOFS, 7.0+LOFS), GC_A( 0, 9.0+LOFS), 0x052424 }, |
| /*SKY74117*/ { GBOUND( 5.0+LOFS, 3.0+LOFS), GC_A( 4, 5.0+LOFS), 0x052024 }, |
| /*SKY74117*/ { GBOUND( -9.0+LOFS, -11.0+LOFS), GC_A( 0, -9.0+LOFS), 0x050814 }, |
| /*SKY74117*/ { GBOUND(-15.0+LOFS, -17.0+LOFS), GC_A( 0, -15.0+LOFS), 0x050414 }, |
| /*SKY74117*/ { GBOUND(-27.0+LOFS, -29.0+LOFS), GC_A( 0, -27.0+LOFS), 0x050014 }, |
| /*SKY74117*/ { GBOUND(-33.0+LOFS, -33.0+LOFS), GC_A( 0, -33.0+LOFS), 0x050004 }, |
| /*SKY74117*/ }; |
| /*SKY74117*/ |
| /*SKY74117*/ /* DCS1800...................................................................*/ |
| /*SKY74117*/ |
| /*SKY74117*/ const sL1DAGCDATA AGC_TABLE_DCS1800[13] = |
| /*SKY74117*/ { |
| /*SKY74117*/ { GBOUND( 33.0+HOFS, 31.0+HOFS), GC_A( 0, 33.0+HOFS), 0x063824 }, |
| /*SKY74117*/ { GBOUND( 27.0+HOFS, 25.0+HOFS), GC_A( 0, 27.0+HOFS), 0x063424 }, |
| /*SKY74117*/ { GBOUND( 25.0+HOFS, 23.0+HOFS), GC_A( 5, 25.0+HOFS), 0x063024 }, |
| /*SKY74117*/ { GBOUND( 9.0+HOFS, 7.0+HOFS), GC_A( 0, 9.0+HOFS), 0x062424 }, |
| /*SKY74117*/ { GBOUND( 7.0+HOFS, 5.0+HOFS), GC_A( 5, 7.0+HOFS), 0x062024 }, |
| /*SKY74117*/ { GBOUND( -3.0+HOFS, -5.0+HOFS), GC_A( 0, -3.0+HOFS), 0x060824 }, |
| /*SKY74117*/ { GBOUND( -7.0+HOFS, -9.0+HOFS), GC_A( 1, -7.0+HOFS), 0x060424 }, |
| /*SKY74117*/ { GBOUND( -9.0+HOFS, -11.0+HOFS), GC_A( 0, -9.0+HOFS), 0x060814 }, |
| /*SKY74117*/ { GBOUND(-27.0+HOFS, -29.0+HOFS), GC_A( 0, -27.0+HOFS), 0x060014 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x060004 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x060004 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x060004 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x060004 }, |
| /*SKY74117*/ }; |
| /*SKY74117*/ |
| /*SKY74117*/ /* PCS1900...................................................................*/ |
| /*SKY74117*/ |
| /*SKY74117*/ const sL1DAGCDATA AGC_TABLE_PCS1900[13] = |
| /*SKY74117*/ { |
| /*SKY74117*/ { GBOUND( 33.0+HOFS, 31.0+HOFS), GC_A( 0, 33.0+HOFS), 0x073824 }, |
| /*SKY74117*/ { GBOUND( 27.0+HOFS, 25.0+HOFS), GC_A( 0, 27.0+HOFS), 0x073424 }, |
| /*SKY74117*/ { GBOUND( 25.0+HOFS, 23.0+HOFS), GC_A( 5, 25.0+HOFS), 0x073024 }, |
| /*SKY74117*/ { GBOUND( 17.0+HOFS, 15.0+HOFS), GC_A( 1, 17.0+HOFS), 0x072824 }, |
| /*SKY74117*/ { GBOUND( 9.0+HOFS, 7.0+HOFS), GC_A( 0, 9.0+HOFS), 0x072424 }, |
| /*SKY74117*/ { GBOUND( 7.0+HOFS, 5.0+HOFS), GC_A( 5, 7.0+HOFS), 0x072024 }, |
| /*SKY74117*/ { GBOUND( -3.0+HOFS, -5.0+HOFS), GC_A( 0, -3.0+HOFS), 0x070824 }, |
| /*SKY74117*/ { GBOUND( -5.0+HOFS, -7.0+HOFS), GC_A( 2, -5.0+HOFS), 0x070424 }, |
| /*SKY74117*/ { GBOUND( -9.0+HOFS, -11.0+HOFS), GC_A( 0, -9.0+HOFS), 0x070814 }, |
| /*SKY74117*/ { GBOUND(-27.0+HOFS, -29.0+HOFS), GC_A( 0, -27.0+HOFS), 0x070014 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x070004 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x070004 }, |
| /*SKY74117*/ { GBOUND(-33.0+HOFS, -33.0+HOFS), GC_A( 0, -33.0+HOFS), 0x070004 }, |
| /*SKY74117*/ }; |
| /*SKY74117*/ |
| /*SKY74117*/ //*...........................................................................*/ |
| /*SKY74117*/ |
| /*SKY74117*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*SKY74117*/ { { 0 , 0 }, /*#FrequencyBand400 */ |
| /*SKY74117*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*SKY74117*/ { (int)RF_GSM_MAXGAIN , (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*SKY74117*/ { (int)RF_DCS_MAXGAIN , (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*SKY74117*/ { (int)RF_PCS_MAXGAIN , (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*SKY74117*/ }; |
| /*SKY74117*/ |
| /*SKY74117*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*SKY74117*/ { 0, /*#FrequencyBand400 */ |
| /*SKY74117*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*SKY74117*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*SKY74117*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*SKY74117*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*SKY74117*/ }; |
| /*SKY74117*/ |
| /*SKY74117*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*SKY74117*/ |
| /*SKY74117*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*SKY74117*/ { int max_gain, min_gain, real_gain; |
| /*SKY74117*/ const int* d32ptr; |
| /*SKY74117*/ const sL1DAGCDATA* agcptr; |
| /*SKY74117*/ long setting; |
| /*SKY74117*/ int bit_no; |
| /*SKY74117*/ int left, right, middle; |
| /*SKY74117*/ |
| /*SKY74117*/ /* evaluate the range of available gain */ |
| /*SKY74117*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*SKY74117*/ max_gain = *d32ptr++; |
| /*SKY74117*/ min_gain = *d32ptr; |
| /*SKY74117*/ |
| /*SKY74117*/ /* clipping the request gain to the avialable gain */ |
| /*SKY74117*/ if( request_gain>=max_gain ) |
| /*SKY74117*/ { request_gain = max_gain; } |
| /*SKY74117*/ else if( request_gain<=min_gain ) |
| /*SKY74117*/ { request_gain = min_gain; } |
| /*SKY74117*/ |
| /*SKY74117*/ /*binary search*/ |
| /*SKY74117*/ agcptr = AGC_TABLE[rf_band]; |
| /*SKY74117*/ left = 0; right = 12; |
| /*SKY74117*/ while (left <= right) |
| /*SKY74117*/ { middle = (left + right)/2; |
| /*SKY74117*/ if ( request_gain >= (agcptr+middle)->pos_gain ) |
| /*SKY74117*/ right = middle - 1; |
| /*SKY74117*/ else if ( request_gain < (agcptr+middle)->pos_gain ) |
| /*SKY74117*/ left = middle + 1; |
| /*SKY74117*/ } |
| /*SKY74117*/ agcptr = (agcptr+left); |
| /*SKY74117*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*SKY74117*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*SKY74117*/ setting = agcptr->setting + (bit_no<<6); |
| /*SKY74117*/ } |
| /*SKY74117*/ |
| /*SKY74117*/ #if IS_GPRS |
| /*SKY74117*/ if(IS_CONTINUOUS_RX_SLOT()) |
| /*SKY74117*/ { setting |= 0x000008L; |
| /*SKY74117*/ } |
| /*SKY74117*/ #endif |
| /*SKY74117*/ *gain_setting = setting; |
| /*SKY74117*/ return( real_gain ); |
| /*SKY74117*/ } |
| #endif |
| |
| #if IS_RF_SKY74400 |
| /*SKY74400*/ |
| /*SKY74400*/ #define LOFS (-10.000) |
| /*SKY74400*/ #define HOFS (-10.000) |
| /*SKY74400*/ |
| /*SKY74400*/ #define GAIN_STEP 2 |
| /*SKY74400*/ |
| /*SKY74400*/ #define RF_GSM850_MAXGAIN (( 66+LOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_GSM850_MINGAIN ((-24+LOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_GSM_MAXGAIN (( 66+LOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_GSM_MINGAIN ((-24+LOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_DCS_MAXGAIN (( 64+HOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_DCS_MINGAIN ((-26+HOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_PCS_MAXGAIN (( 64+HOFS)*(PWRRES)) |
| /*SKY74400*/ #define RF_PCS_MINGAIN ((-26+HOFS)*(PWRRES)) |
| /*SKY74400*/ /* GSM850....................................................................*/ |
| /*SKY74400*/ |
| /*SKY74400*/ const sL1DAGCDATA AGC_TABLE_GSM850[13] = |
| /*SKY74400*/ { |
| /*SKY74400*/ { GBOUND( 54.0+LOFS, 52.0+LOFS), GC_A( 0, 54.0+LOFS), 0x043C24 }, |
| /*SKY74400*/ { GBOUND( 42.0+LOFS, 40.0+LOFS), GC_A( 0, 42.0+LOFS), 0x043824 }, |
| /*SKY74400*/ { GBOUND( 36.0+LOFS, 34.0+LOFS), GC_A( 0, 36.0+LOFS), 0x043424 }, |
| /*SKY74400*/ { GBOUND( 34.0+LOFS, 32.0+LOFS), GC_A( 5, 34.0+LOFS), 0x043024 }, |
| /*SKY74400*/ { GBOUND( 30.0+LOFS, 28.0+LOFS), GC_A( 3, 30.0+LOFS), 0x042824 }, |
| /*SKY74400*/ { GBOUND( 26.0+LOFS, 24.0+LOFS), GC_A( 4, 26.0+LOFS), 0x042424 }, |
| /*SKY74400*/ { GBOUND( 24.0+LOFS, 22.0+LOFS), GC_A( 0, 24.0+LOFS), 0x042824 }, |
| /*SKY74400*/ { GBOUND( 18.0+LOFS, 16.0+LOFS), GC_A( 0, 18.0+LOFS), 0x042424 }, |
| /*SKY74400*/ { GBOUND( 14.0+LOFS, 12.0+LOFS), GC_A( 4, 14.0+LOFS), 0x042024 }, |
| /*SKY74400*/ { GBOUND( 0.0+LOFS, -2.0+LOFS), GC_A( 0, 0.0+LOFS), 0x040814 }, |
| /*SKY74400*/ { GBOUND( -6.0+LOFS, -8.0+LOFS), GC_A( 0, -6.0+LOFS), 0x040414 }, |
| /*SKY74400*/ { GBOUND(-18.0+LOFS, -20.0+LOFS), GC_A( 0, -18.0+LOFS), 0x040014 }, |
| /*SKY74400*/ { GBOUND(-24.0+LOFS, -24.0+LOFS), GC_A( 0, -24.0+LOFS), 0x040004 }, |
| /*SKY74400*/ }; |
| /*SKY74400*/ |
| /*SKY74400*/ /* GSM900....................................................................*/ |
| /*SKY74400*/ |
| /*SKY74400*/ const sL1DAGCDATA AGC_TABLE_GSM900[13] = |
| /*SKY74400*/ { |
| /*SKY74400*/ { GBOUND( 54.0+LOFS, 52.0+LOFS), GC_A( 0, 54.0+LOFS), 0x053C24 }, |
| /*SKY74400*/ { GBOUND( 42.0+LOFS, 40.0+LOFS), GC_A( 0, 42.0+LOFS), 0x053824 }, |
| /*SKY74400*/ { GBOUND( 36.0+LOFS, 34.0+LOFS), GC_A( 0, 36.0+LOFS), 0x053424 }, |
| /*SKY74400*/ { GBOUND( 34.0+LOFS, 32.0+LOFS), GC_A( 5, 34.0+LOFS), 0x053024 }, |
| /*SKY74400*/ { GBOUND( 30.0+LOFS, 28.0+LOFS), GC_A( 3, 30.0+LOFS), 0x052824 }, |
| /*SKY74400*/ { GBOUND( 26.0+LOFS, 24.0+LOFS), GC_A( 4, 26.0+LOFS), 0x052424 }, |
| /*SKY74400*/ { GBOUND( 24.0+LOFS, 22.0+LOFS), GC_A( 0, 24.0+LOFS), 0x052824 }, |
| /*SKY74400*/ { GBOUND( 18.0+LOFS, 16.0+LOFS), GC_A( 0, 18.0+LOFS), 0x052424 }, |
| /*SKY74400*/ { GBOUND( 14.0+LOFS, 12.0+LOFS), GC_A( 4, 14.0+LOFS), 0x052024 }, |
| /*SKY74400*/ { GBOUND( 0.0+LOFS, -2.0+LOFS), GC_A( 0, 0.0+LOFS), 0x050814 }, |
| /*SKY74400*/ { GBOUND( -6.0+LOFS, -8.0+LOFS), GC_A( 0, -6.0+LOFS), 0x050414 }, |
| /*SKY74400*/ { GBOUND(-18.0+LOFS, -20.0+LOFS), GC_A( 0, -18.0+LOFS), 0x050014 }, |
| /*SKY74400*/ { GBOUND(-24.0+LOFS, -24.0+LOFS), GC_A( 0, -24.0+LOFS), 0x050004 }, |
| /*SKY74400*/ }; |
| /*SKY74400*/ |
| /*SKY74400*/ /* DCS1800...................................................................*/ |
| /*SKY74400*/ |
| /*SKY74400*/ const sL1DAGCDATA AGC_TABLE_DCS1800[13] = |
| /*SKY74400*/ { |
| /*SKY74400*/ { GBOUND( 42.0+HOFS, 40.0+HOFS), GC_A( 0, 42.0+HOFS), 0x063824 }, |
| /*SKY74400*/ { GBOUND( 36.0+HOFS, 34.0+HOFS), GC_A( 0, 36.0+HOFS), 0x063424 }, |
| /*SKY74400*/ { GBOUND( 34.0+HOFS, 32.0+HOFS), GC_A( 5, 34.0+HOFS), 0x063024 }, |
| /*SKY74400*/ { GBOUND( 18.0+HOFS, 16.0+HOFS), GC_A( 0, 18.0+HOFS), 0x062424 }, |
| /*SKY74400*/ { GBOUND( 16.0+HOFS, 14.0+HOFS), GC_A( 5, 16.0+HOFS), 0x062024 }, |
| /*SKY74400*/ { GBOUND( 6.0+HOFS, 4.0+HOFS), GC_A( 0, 6.0+HOFS), 0x060824 }, |
| /*SKY74400*/ { GBOUND( 2.0+HOFS, 0.0+HOFS), GC_A( 1, 2.0+HOFS), 0x060424 }, |
| /*SKY74400*/ { GBOUND( 0.0+HOFS, -2.0+HOFS), GC_A( 0, 0.0+HOFS), 0x060814 }, |
| /*SKY74400*/ { GBOUND(-18.0+HOFS, -20.0+HOFS), GC_A( 0, -18.0+HOFS), 0x060014 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x060004 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x060004 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x060004 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x060004 }, |
| /*SKY74400*/ }; |
| /*SKY74400*/ |
| /*SKY74400*/ /* PCS1900...................................................................*/ |
| /*SKY74400*/ |
| /*SKY74400*/ const sL1DAGCDATA AGC_TABLE_PCS1900[13] = |
| /*SKY74400*/ { |
| /*SKY74400*/ { GBOUND( 42.0+HOFS, 40.0+HOFS), GC_A( 0, 42.0+HOFS), 0x073824 }, |
| /*SKY74400*/ { GBOUND( 36.0+HOFS, 34.0+HOFS), GC_A( 0, 36.0+HOFS), 0x073424 }, |
| /*SKY74400*/ { GBOUND( 34.0+HOFS, 32.0+HOFS), GC_A( 5, 34.0+HOFS), 0x073024 }, |
| /*SKY74400*/ { GBOUND( 18.0+HOFS, 16.0+HOFS), GC_A( 1, 18.0+HOFS), 0x072424 }, |
| /*SKY74400*/ { GBOUND( 16.0+HOFS, 14.0+HOFS), GC_A( 0, 16.0+HOFS), 0x072024 }, |
| /*SKY74400*/ { GBOUND( 6.0+HOFS, 4.0+HOFS), GC_A( 5, 6.0+HOFS), 0x070824 }, |
| /*SKY74400*/ { GBOUND( 2.0+HOFS, 0.0+HOFS), GC_A( 0, 2.0+HOFS), 0x070424 }, |
| /*SKY74400*/ { GBOUND( 0.0+HOFS, -2.0+HOFS), GC_A( 2, 0.0+HOFS), 0x070814 }, |
| /*SKY74400*/ { GBOUND(-18.0+HOFS, -20.0+HOFS), GC_A( 0, -18.0+HOFS), 0x070014 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x070004 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x070004 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x070004 }, |
| /*SKY74400*/ { GBOUND(-24.0+HOFS, -24.0+HOFS), GC_A( 0, -24.0+HOFS), 0x070004 }, |
| /*SKY74400*/ }; |
| /*SKY74400*/ |
| /*SKY74400*/ //*...........................................................................*/ |
| /*SKY74400*/ |
| /*SKY74400*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*SKY74400*/ { { 0 , 0 }, /*#FrequencyBand400 */ |
| /*SKY74400*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*SKY74400*/ { (int)RF_GSM_MAXGAIN , (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*SKY74400*/ { (int)RF_DCS_MAXGAIN , (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*SKY74400*/ { (int)RF_PCS_MAXGAIN , (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*SKY74400*/ }; |
| /*SKY74400*/ |
| /*SKY74400*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*SKY74400*/ { 0, /*#FrequencyBand400 */ |
| /*SKY74400*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*SKY74400*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*SKY74400*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*SKY74400*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*SKY74400*/ }; |
| /*SKY74400*/ |
| /*SKY74400*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*SKY74400*/ |
| /*SKY74400*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*SKY74400*/ { int max_gain, min_gain, real_gain; |
| /*SKY74400*/ const int* d32ptr; |
| /*SKY74400*/ const sL1DAGCDATA* agcptr; |
| /*SKY74400*/ long setting; |
| /*SKY74400*/ int bit_no; |
| /*SKY74400*/ int left, right, middle; |
| /*SKY74400*/ |
| /*SKY74400*/ /* evaluate the range of available gain */ |
| /*SKY74400*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*SKY74400*/ max_gain = *d32ptr++; |
| /*SKY74400*/ min_gain = *d32ptr; |
| /*SKY74400*/ |
| /*SKY74400*/ /* clipping the request gain to the avialable gain */ |
| /*SKY74400*/ if( request_gain>=max_gain ) |
| /*SKY74400*/ { request_gain = max_gain; } |
| /*SKY74400*/ else if( request_gain<=min_gain ) |
| /*SKY74400*/ { request_gain = min_gain; } |
| /*SKY74400*/ |
| /*SKY74400*/ /*binary search*/ |
| /*SKY74400*/ agcptr = AGC_TABLE[rf_band]; |
| /*SKY74400*/ left = 0; right = 12; |
| /*SKY74400*/ while (left <= right) |
| /*SKY74400*/ { middle = (left + right)/2; |
| /*SKY74400*/ if ( request_gain >= (agcptr+middle)->pos_gain ) |
| /*SKY74400*/ right = middle - 1; |
| /*SKY74400*/ else if ( request_gain < (agcptr+middle)->pos_gain ) |
| /*SKY74400*/ left = middle + 1; |
| /*SKY74400*/ } |
| /*SKY74400*/ agcptr = (agcptr+left); |
| /*SKY74400*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*SKY74400*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*SKY74400*/ setting = agcptr->setting + (bit_no<<6); |
| /*SKY74400*/ } |
| /*SKY74400*/ |
| /*SKY74400*/ #if IS_GPRS |
| /*SKY74400*/ if(IS_CONTINUOUS_RX_SLOT()) |
| /*SKY74400*/ { setting |= 0x000008L; |
| /*SKY74400*/ } |
| /*SKY74400*/ #endif |
| /*SKY74400*/ *gain_setting = setting; |
| /*SKY74400*/ return( real_gain ); |
| /*SKY74400*/ } |
| #endif |
| |
| #if IS_RF_MT6119 |
| /*MT6119*/ |
| /*MT6119*/ #define GAIN_STEP 2 |
| /*MT6119*/ |
| /*MT6119*/ #define RF_GSM_MAXGAIN ( 68.0*(PWRRES)) |
| /*MT6119*/ #define RF_GSM_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6119*/ #define RF_DCS_MAXGAIN ( 68.0*(PWRRES)) |
| /*MT6119*/ #define RF_DCS_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6119*/ #define RF_PCS_MAXGAIN ( 68.0*(PWRRES)) |
| /*MT6119*/ #define RF_PCS_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6119*/ |
| /*MT6119*/ /* GSM900....................................................................*/ |
| /*MT6119*/ |
| /*MT6119*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6119*/ { { GBOUND(-10.0,-12.0 ), GC_A( 0,-10.0 ), 0x0681A }, |
| /*MT6119*/ { GBOUND(-30.0,-30.0 ), GC_A( 9,-30.0 ), 0x06812 }, |
| /*MT6119*/ }; |
| /*MT6119*/ |
| /*MT6119*/ /* DCS1800...................................................................*/ |
| /*MT6119*/ |
| /*MT6119*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6119*/ { { GBOUND(-10.0,-12.0 ), GC_A( 0,-10.0 ), 0x0701A }, |
| /*MT6119*/ { GBOUND(-30.0,-30.0 ), GC_A( 9,-30.0 ), 0x07012 }, |
| /*MT6119*/ }; |
| /*MT6119*/ |
| /*MT6119*/ /* PCS1900...................................................................*/ |
| /*MT6119*/ |
| /*MT6119*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6119*/ { { GBOUND(-10.0,-12.0 ), GC_A( 0,-10.0 ), 0x0781A }, |
| /*MT6119*/ { GBOUND(-30.0,-30.0 ), GC_A( 9,-30.0 ), 0x07812 }, |
| /*MT6119*/ }; |
| /*MT6119*/ |
| /*MT6119*/ /*...........................................................................*/ |
| /*MT6119*/ |
| /*MT6119*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6119*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6119*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*MT6119*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6119*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6119*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6119*/ }; |
| /*MT6119*/ |
| /*MT6119*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6119*/ { 0, /*#FrequencyBand400 */ |
| /*MT6119*/ 0, /*#FrequencyBand850 */ |
| /*MT6119*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6119*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6119*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6119*/ }; |
| /*MT6119*/ |
| /*MT6119*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6119*/ |
| /*MT6119*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6119*/ { int max_gain, min_gain, real_gain; |
| /*MT6119*/ const int* d32ptr; |
| /*MT6119*/ const sL1DAGCDATA* agcptr; |
| /*MT6119*/ long setting; |
| /*MT6119*/ int bit_no; |
| /*MT6119*/ |
| /*MT6119*/ /* evaluate the range of available gain */ |
| /*MT6119*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6119*/ max_gain = *d32ptr++; |
| /*MT6119*/ min_gain = *d32ptr; |
| /*MT6119*/ |
| /*MT6119*/ /* clipping the request gain to the avialable gain */ |
| /*MT6119*/ if( request_gain>=max_gain ) |
| /*MT6119*/ { request_gain = max_gain; } |
| /*MT6119*/ else if( request_gain<=min_gain ) |
| /*MT6119*/ { request_gain = min_gain; } |
| /*MT6119*/ |
| /*MT6119*/ /* evaluate the real gain setting */ |
| /*MT6119*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6119*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6119*/ { agcptr++; |
| /*MT6119*/ } |
| /*MT6119*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6119*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6119*/ setting = agcptr->setting + (bit_no<<5); |
| /*MT6119*/ } |
| /*MT6119*/ |
| /*MT6119*/ *gain_setting = setting; |
| /*MT6119*/ return( real_gain ); |
| /*MT6119*/ } |
| /*MT6119*/ |
| #endif |
| |
| #if IS_RF_MT6119C |
| /*MT6119C*/ |
| /*MT6119C*/ #define GAIN_STEP 2 |
| /*MT6119C*/ |
| /*MT6119C*/ #define RF_GSM_MAXGAIN ( 72.0*(PWRRES)) |
| /*MT6119C*/ #define RF_GSM_MINGAIN ( -26.0*(PWRRES)) |
| /*MT6119C*/ #define RF_DCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6119C*/ #define RF_DCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6119C*/ #define RF_PCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6119C*/ #define RF_PCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6119C*/ |
| /*MT6119C*/ /* GSM900....................................................................*/ |
| /*MT6119C*/ |
| /*MT6119C*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*MT6119C*/ { { GBOUND( 34.0, 32.0 ), GC_A( 11, 34.0 ), 0x12681A }, |
| /*MT6119C*/ { GBOUND( -6.0, -8.0 ), GC_A( 32, -6.0 ), 0x00681A }, |
| /*MT6119C*/ { GBOUND(-26.0,-26.0 ), GC_A( 0,-26.0 ), 0x006812 }, |
| /*MT6119C*/ }; |
| /*MT6119C*/ |
| /*MT6119C*/ /* DCS1800...................................................................*/ |
| /*MT6119C*/ |
| /*MT6119C*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3] = |
| /*MT6119C*/ { { GBOUND( 32.0, 30.0 ), GC_A( 11, 32.0 ), 0x12701A }, |
| /*MT6119C*/ { GBOUND( -8.0,-10.0 ), GC_A( 32, -8.0 ), 0x00701A }, |
| /*MT6119C*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007012 }, |
| /*MT6119C*/ }; |
| /*MT6119C*/ |
| /*MT6119C*/ /* PCS1900...................................................................*/ |
| /*MT6119C*/ |
| /*MT6119C*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3] = |
| /*MT6119C*/ { { GBOUND( 32.0, 30.0 ), GC_A( 11, 32.0 ), 0x12781A }, |
| /*MT6119C*/ { GBOUND( -8.0,-10.0 ), GC_A( 32, -8.0 ), 0x00781A }, |
| /*MT6119C*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007812 }, |
| /*MT6119C*/ }; |
| /*MT6119C*/ |
| /*MT6119C*/ /*...........................................................................*/ |
| /*MT6119C*/ |
| /*MT6119C*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6119C*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6119C*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*MT6119C*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6119C*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6119C*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6119C*/ }; |
| /*MT6119C*/ |
| /*MT6119C*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6119C*/ { 0, /*#FrequencyBand400 */ |
| /*MT6119C*/ 0, /*#FrequencyBand850 */ |
| /*MT6119C*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6119C*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6119C*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6119C*/ }; |
| /*MT6119C*/ |
| /*MT6119C*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6119C*/ |
| /*MT6119C*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6119C*/ { int max_gain, min_gain, real_gain; |
| /*MT6119C*/ const int* d32ptr; |
| /*MT6119C*/ const sL1DAGCDATA* agcptr; |
| /*MT6119C*/ long setting; |
| /*MT6119C*/ int bit_no; |
| /*MT6119C*/ |
| /*MT6119C*/ /* evaluate the range of available gain */ |
| /*MT6119C*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6119C*/ max_gain = *d32ptr++; |
| /*MT6119C*/ min_gain = *d32ptr; |
| /*MT6119C*/ |
| /*MT6119C*/ /* clipping the request gain to the avialable gain */ |
| /*MT6119C*/ if( request_gain>=max_gain ) |
| /*MT6119C*/ { request_gain = max_gain; } |
| /*MT6119C*/ else if( request_gain<=min_gain ) |
| /*MT6119C*/ { request_gain = min_gain; } |
| /*MT6119C*/ |
| /*MT6119C*/ /* evaluate the real gain setting */ |
| /*MT6119C*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6119C*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6119C*/ { agcptr++; |
| /*MT6119C*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6119C*/ { agcptr++; } |
| /*MT6119C*/ } |
| /*MT6119C*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6119C*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6119C*/ setting = agcptr->setting + (bit_no<<5); |
| /*MT6119C*/ } |
| /*MT6119C*/ |
| /*MT6119C*/ *gain_setting = setting; |
| /*MT6119C*/ return( real_gain ); |
| /*MT6119C*/ } |
| /*MT6119C*/ |
| #endif |
| |
| #if IS_RF_MT6129A |
| /*MT6129A*/ |
| /*MT6129A*/ #define GAIN_STEP 2 |
| /*MT6129A*/ |
| /*MT6129A*/ #define RF_GSM_MAXGAIN ( 72.0*(PWRRES)) |
| /*MT6129A*/ #define RF_GSM_MINGAIN ( -26.0*(PWRRES)) |
| /*MT6129A*/ #define RF_DCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6129A*/ #define RF_DCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6129A*/ #define RF_PCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6129A*/ #define RF_PCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6129A*/ |
| /*MT6129A*/ /* GSM900....................................................................*/ |
| /*MT6129A*/ |
| /*MT6129A*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*MT6129A*/ { { GBOUND( 18.0, 16.0 ), GC_A( 3, 18.0 ), 0x126812 }, |
| /*MT6129A*/ { GBOUND( -6.0, -8.0 ), GC_A( 32,-6.0 ), 0x006812 }, |
| /*MT6129A*/ { GBOUND(-26.0,-26.0 ), GC_A( 0,-26.0 ), 0x006802 }, |
| /*MT6129A*/ }; |
| /*MT6129A*/ |
| /*MT6129A*/ /* DCS1800...................................................................*/ |
| /*MT6129A*/ |
| /*MT6129A*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3] = |
| /*MT6129A*/ { { GBOUND( 16.0, 14.0 ), GC_A( 3, 16.0 ), 0x127012 }, |
| /*MT6129A*/ { GBOUND( -8.0,-10.0 ), GC_A( 32,-8.0 ), 0x007012 }, |
| /*MT6129A*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007002 }, |
| /*MT6129A*/ }; |
| /*MT6129A*/ |
| /*MT6129A*/ /* PCS1900...................................................................*/ |
| /*MT6129A*/ |
| /*MT6129A*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3] = |
| /*MT6129A*/ { { GBOUND( 16.0, 14.0 ), GC_A( 3, 16.0 ), 0x127812 }, |
| /*MT6129A*/ { GBOUND( -8.0,-10.0 ), GC_A( 32,-8.0 ), 0x007812 }, |
| /*MT6129A*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007802 }, |
| /*MT6129A*/ }; |
| /*MT6129A*/ |
| /*MT6129A*/ /*...........................................................................*/ |
| /*MT6129A*/ |
| /*MT6129A*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6129A*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6129A*/ { 0, 0 }, /*#FrequencyBand850 */ |
| /*MT6129A*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6129A*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6129A*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6129A*/ }; |
| /*MT6129A*/ |
| /*MT6129A*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6129A*/ { 0, /*#FrequencyBand400 */ |
| /*MT6129A*/ 0, /*#FrequencyBand850 */ |
| /*MT6129A*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6129A*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6129A*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6129A*/ }; |
| /*MT6129A*/ |
| /*MT6129A*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6129A*/ |
| /*MT6129A*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6129A*/ { int max_gain, min_gain, real_gain; |
| /*MT6129A*/ const int* d32ptr; |
| /*MT6129A*/ const sL1DAGCDATA* agcptr; |
| /*MT6129A*/ long setting; |
| /*MT6129A*/ int bit_no; |
| /*MT6129A*/ |
| /*MT6129A*/ /* evaluate the range of available gain */ |
| /*MT6129A*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6129A*/ max_gain = *d32ptr++; |
| /*MT6129A*/ min_gain = *d32ptr; |
| /*MT6129A*/ |
| /*MT6129A*/ /* clipping the request gain to the avialable gain */ |
| /*MT6129A*/ if( request_gain>=max_gain ) |
| /*MT6129A*/ { request_gain = max_gain; } |
| /*MT6129A*/ else if( request_gain<=min_gain ) |
| /*MT6129A*/ { request_gain = min_gain; } |
| /*MT6129A*/ |
| /*MT6129A*/ /* evaluate the real gain setting */ |
| /*MT6129A*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6129A*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6129A*/ { agcptr++; |
| /*MT6129A*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6129A*/ { agcptr++; } |
| /*MT6129A*/ } |
| /*MT6129A*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6129A*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6129A*/ setting = agcptr->setting + (bit_no<<5); |
| /*MT6129A*/ } |
| /*MT6129A*/ |
| /*MT6129A*/ *gain_setting = setting; |
| /*MT6129A*/ return( real_gain ); |
| /*MT6129A*/ } |
| /*MT6129A*/ |
| #endif |
| |
| #if IS_RF_MT6129B |
| /*MT6129B*/ |
| /*MT6129B*/ #define GAIN_STEP 2 |
| /*MT6129B*/ |
| /*MT6129B*/ #define RF_GSM850_MAXGAIN ( 72.0*(PWRRES)) |
| /*MT6129B*/ #define RF_GSM850_MINGAIN ( -26.0*(PWRRES)) |
| /*MT6129B*/ #define RF_GSM_MAXGAIN ( 72.0*(PWRRES)) |
| /*MT6129B*/ #define RF_GSM_MINGAIN ( -26.0*(PWRRES)) |
| /*MT6129B*/ #define RF_DCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6129B*/ #define RF_DCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6129B*/ #define RF_PCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6129B*/ #define RF_PCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6129B*/ |
| /*MT6129B*/ /* GSM850....................................................................*/ |
| /*MT6129B*/ |
| /*MT6129B*/ const sL1DAGCDATA AGC_TABLE_GSM850[3] = |
| /*MT6129B*/ { { GBOUND( 48.0, 46.0 ), GC_A( 18, 48.0 ), 0x126012 }, |
| /*MT6129B*/ { GBOUND( -6.0, -8.0 ), GC_A( 32, -6.0 ), 0x006012 }, |
| /*MT6129B*/ { GBOUND(-26.0,-26.0 ), GC_A( 0,-26.0 ), 0x006002 }, |
| /*MT6129B*/ }; |
| /*MT6129B*/ |
| /*MT6129B*/ /* GSM900....................................................................*/ |
| /*MT6129B*/ |
| /*MT6129B*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*MT6129B*/ { { GBOUND( 48.0, 46.0 ), GC_A( 18, 48.0 ), 0x126812 }, |
| /*MT6129B*/ { GBOUND( -6.0, -8.0 ), GC_A( 32, -6.0 ), 0x006812 }, |
| /*MT6129B*/ { GBOUND(-26.0,-26.0 ), GC_A( 0,-26.0 ), 0x006802 }, |
| /*MT6129B*/ }; |
| /*MT6129B*/ |
| /*MT6129B*/ /* DCS1800...................................................................*/ |
| /*MT6129B*/ |
| /*MT6129B*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3] = |
| /*MT6129B*/ { { GBOUND( 46.0, 44.0 ), GC_A( 18, 46.0 ), 0x127012 }, |
| /*MT6129B*/ { GBOUND( -8.0,-10.0 ), GC_A( 32, -8.0 ), 0x007012 }, |
| /*MT6129B*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007002 }, |
| /*MT6129B*/ }; |
| /*MT6129B*/ |
| /*MT6129B*/ /* PCS1900...................................................................*/ |
| /*MT6129B*/ |
| /*MT6129B*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3] = |
| /*MT6129B*/ { { GBOUND( 46.0, 44.0 ), GC_A( 18, 46.0 ), 0x127812 }, |
| /*MT6129B*/ { GBOUND( -8.0,-10.0 ), GC_A( 32, -8.0 ), 0x007812 }, |
| /*MT6129B*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007802 }, |
| /*MT6129B*/ }; |
| /*MT6129B*/ |
| /*MT6129B*/ /*...........................................................................*/ |
| /*MT6129B*/ |
| /*MT6129B*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6129B*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6129B*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6129B*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6129B*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6129B*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6129B*/ }; |
| /*MT6129B*/ |
| /*MT6129B*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6129B*/ { 0, /*#FrequencyBand400 */ |
| /*MT6129B*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6129B*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6129B*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6129B*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6129B*/ }; |
| /*MT6129B*/ |
| /*MT6129B*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6129B*/ |
| /*MT6129B*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6129B*/ { int max_gain, min_gain, real_gain; |
| /*MT6129B*/ const int* d32ptr; |
| /*MT6129B*/ const sL1DAGCDATA* agcptr; |
| /*MT6129B*/ long setting; |
| /*MT6129B*/ int bit_no; |
| /*MT6129B*/ |
| /*MT6129B*/ /* evaluate the range of available gain */ |
| /*MT6129B*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6129B*/ max_gain = *d32ptr++; |
| /*MT6129B*/ min_gain = *d32ptr; |
| /*MT6129B*/ |
| /*MT6129B*/ /* clipping the request gain to the avialable gain */ |
| /*MT6129B*/ if( request_gain>=max_gain ) |
| /*MT6129B*/ { request_gain = max_gain; } |
| /*MT6129B*/ else if( request_gain<=min_gain ) |
| /*MT6129B*/ { request_gain = min_gain; } |
| /*MT6129B*/ |
| /*MT6129B*/ /* evaluate the real gain setting */ |
| /*MT6129B*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6129B*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6129B*/ { agcptr++; |
| /*MT6129B*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6129B*/ { agcptr++; } |
| /*MT6129B*/ } |
| /*MT6129B*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6129B*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6129B*/ setting = agcptr->setting + (bit_no<<5); |
| /*MT6129B*/ } |
| /*MT6129B*/ |
| /*MT6129B*/ *gain_setting = setting; |
| /*MT6129B*/ return( real_gain ); |
| /*MT6129B*/ } |
| /*MT6129B*/ |
| #endif |
| |
| #if (IS_RF_MT6129C)||(IS_RF_MT6129D) |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ #define GAIN_STEP 2 |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ #define RF_GSM850_MAXGAIN ( 72.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_GSM850_MINGAIN ( -26.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_GSM_MAXGAIN ( 72.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_GSM_MINGAIN ( -26.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_DCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_DCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_PCS_MAXGAIN ( 70.0*(PWRRES)) |
| /*MT6129C,D*/ #define RF_PCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /* GSM850....................................................................*/ |
| |
| /*MT6129C,D*/ const sL1DAGCDATA AGC_TABLE_GSM850[3] = |
| /*MT6129C,D*/ { { GBOUND( 34.0, 32.0 ), GC_A( 11, 34.0 ), 0x126012 }, |
| /*MT6129C,D*/ { GBOUND( -6.0, -8.0 ), GC_A( 32, -6.0 ), 0x006012 }, |
| /*MT6129C,D*/ { GBOUND(-26.0,-26.0 ), GC_A( 0,-26.0 ), 0x006002 }, |
| /*MT6129C,D*/ }; |
| |
| /*MT6129C,D*/ /* GSM900....................................................................*/ |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*MT6129C,D*/ { { GBOUND( 34.0, 32.0 ), GC_A( 11, 34.0 ), 0x126812 }, |
| /*MT6129C,D*/ { GBOUND( -6.0, -8.0 ), GC_A( 32, -6.0 ), 0x006812 }, |
| /*MT6129C,D*/ { GBOUND(-26.0,-26.0 ), GC_A( 0,-26.0 ), 0x006802 }, |
| /*MT6129C,D*/ }; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /* DCS1800...................................................................*/ |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3] = |
| /*MT6129C,D*/ { { GBOUND( 32.0, 30.0 ), GC_A( 11, 32.0 ), 0x127012 }, |
| /*MT6129C,D*/ { GBOUND( -8.0,-10.0 ), GC_A( 32, -8.0 ), 0x007012 }, |
| /*MT6129C,D*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007002 }, |
| /*MT6129C,D*/ }; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /* PCS1900...................................................................*/ |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3] = |
| /*MT6129C,D*/ { { GBOUND( 32.0, 30.0 ), GC_A( 11, 32.0 ), 0x127812 }, |
| /*MT6129C,D*/ { GBOUND( -8.0,-10.0 ), GC_A( 32, -8.0 ), 0x007812 }, |
| /*MT6129C,D*/ { GBOUND(-28.0,-28.0 ), GC_A( 0,-28.0 ), 0x007802 }, |
| /*MT6129C,D*/ }; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /*...........................................................................*/ |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6129C,D*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6129C,D*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6129C,D*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6129C,D*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6129C,D*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6129C,D*/ }; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6129C,D*/ { 0, /*#FrequencyBand400 */ |
| /*MT6129C,D*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6129C,D*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6129C,D*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6129C,D*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6129C,D*/ }; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ const sL1DAGCDATA *const AGC_TABLE_GSM800in900PATH[] = |
| /*MT6129C,D*/ { 0, /*#FrequencyBand400 (not support) */ |
| /*MT6129C,D*/ AGC_TABLE_GSM900, /* FrequencyBand900 (Get GSM850 signal from GSM900 input pins) */ |
| /*MT6129C,D*/ AGC_TABLE_GSM850, /* FrequencyBand850 (Get GSM900 signal from GSM850 input pins, just avoid to camp on GSM900 network, not swap*/ |
| /*MT6129C,D*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6129C,D*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6129C,D*/ }; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6129C,D*/ { int max_gain, min_gain, real_gain; |
| /*MT6129C,D*/ const int* d32ptr; |
| /*MT6129C,D*/ const sL1DAGCDATA* agcptr; |
| /*MT6129C,D*/ long setting; |
| /*MT6129C,D*/ int bit_no; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /* evaluate the range of available gain */ |
| /*MT6129C,D*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6129C,D*/ max_gain = *d32ptr++; |
| /*MT6129C,D*/ min_gain = *d32ptr; |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /* clipping the request gain to the avialable gain */ |
| /*MT6129C,D*/ if( request_gain>=max_gain ) |
| /*MT6129C,D*/ { request_gain = max_gain; } |
| /*MT6129C,D*/ else if( request_gain<=min_gain ) |
| /*MT6129C,D*/ { request_gain = min_gain; } |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ /* evaluate the real gain setting */ |
| /*MT6129C,D*/ if( BBTXParameters.bbrx_gsm850_gsm900_swap ) |
| /*MT6129C,D*/ { agcptr = AGC_TABLE_GSM800in900PATH[rf_band]; } |
| /*MT6129C,D*/ else |
| /*MT6129C,D*/ { agcptr = AGC_TABLE[rf_band]; } |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6129C,D*/ { agcptr++; |
| /*MT6129C,D*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6129C,D*/ { agcptr++; } |
| /*MT6129C,D*/ } |
| /*MT6129C,D*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6129C,D*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6129C,D*/ setting = agcptr->setting + (bit_no<<5); |
| /*MT6129C,D*/ } |
| /*MT6129C,D*/ |
| /*MT6129C,D*/ *gain_setting = setting; |
| /*MT6129C,D*/ return( real_gain ); |
| /*MT6129C,D*/ } |
| /*MT6129C,D*/ |
| #endif |
| |
| #if IS_RF_MT6139B |
| /*MT6139B*/ |
| /*MT6139B*/ #define GAIN_STEP 2 |
| /*MT6139B*/ |
| /*MT6139B*/ #define RF_GSM850_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139B*/ #define RF_GSM850_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139B*/ #define RF_GSM_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139B*/ #define RF_GSM_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139B*/ #define RF_DCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139B*/ #define RF_DCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139B*/ #define RF_PCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139B*/ #define RF_PCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139B*/ |
| /*MT6139B*/ /* GSM850....................................................................*/ |
| /*MT6139B*/ |
| /*MT6139B*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6139B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139B*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139B*/ }; |
| /*MT6139B*/ |
| /*MT6139B*/ /* GSM900....................................................................*/ |
| /*MT6139B*/ |
| /*MT6139B*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6139B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139B*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139B*/ }; |
| /*MT6139B*/ |
| /*MT6139B*/ /* DCS1800...................................................................*/ |
| /*MT6139B*/ |
| /*MT6139B*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6139B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139B*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139B*/ }; |
| /*MT6139B*/ |
| /*MT6139B*/ /* PCS1900...................................................................*/ |
| /*MT6139B*/ |
| /*MT6139B*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6139B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139B*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139B*/ }; |
| /*MT6139B*/ |
| /*MT6139B*/ /*...........................................................................*/ |
| /*MT6139B*/ |
| /*MT6139B*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6139B*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6139B*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6139B*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6139B*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6139B*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6139B*/ }; |
| /*MT6139B*/ |
| /*MT6139B*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6139B*/ { 0, /*#FrequencyBand400 */ |
| /*MT6139B*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6139B*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6139B*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6139B*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6139B*/ }; |
| /*MT6139B*/ |
| /*MT6139B*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6139B*/ |
| /*MT6139B*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6139B*/ { int max_gain, min_gain, real_gain; |
| /*MT6139B*/ const int* d32ptr; |
| /*MT6139B*/ const sL1DAGCDATA* agcptr; |
| /*MT6139B*/ long setting; |
| /*MT6139B*/ int bit_no; |
| /*MT6139B*/ |
| /*MT6139B*/ /* evaluate the range of available gain */ |
| /*MT6139B*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6139B*/ max_gain = *d32ptr++; |
| /*MT6139B*/ min_gain = *d32ptr; |
| /*MT6139B*/ |
| /*MT6139B*/ /* clipping the request gain to the avialable gain */ |
| /*MT6139B*/ if( request_gain>=max_gain ) |
| /*MT6139B*/ { request_gain = max_gain; } |
| /*MT6139B*/ else if( request_gain<=min_gain ) |
| /*MT6139B*/ { request_gain = min_gain; } |
| /*MT6139B*/ |
| /*MT6139B*/ /* evaluate the real gain setting */ |
| /*MT6139B*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6139B*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6139B*/ { agcptr++; |
| /*MT6139B*/ } |
| /*MT6139B*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6139B*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6139B*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6139B*/ } |
| /*MT6139B*/ |
| /*MT6139B*/ *gain_setting = setting; |
| /*MT6139B*/ return( real_gain ); |
| /*MT6139B*/ } |
| /*MT6139B*/ |
| #endif |
| |
| #if IS_RF_MT6139C |
| /*MT6139C*/ |
| /*MT6139C*/ #define GAIN_STEP 2 |
| /*MT6139C*/ |
| /*MT6139C*/ #define RF_GSM850_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139C*/ #define RF_GSM850_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139C*/ #define RF_GSM_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139C*/ #define RF_GSM_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139C*/ #define RF_DCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139C*/ #define RF_DCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139C*/ #define RF_PCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139C*/ #define RF_PCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6139C*/ |
| /*MT6139C*/ /* GSM850....................................................................*/ |
| /*MT6139C*/ |
| /*MT6139C*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6139C*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139C*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139C*/ }; |
| /*MT6139C*/ |
| /*MT6139C*/ /* GSM900....................................................................*/ |
| /*MT6139C*/ |
| /*MT6139C*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6139C*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139C*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139C*/ }; |
| /*MT6139C*/ |
| /*MT6139C*/ /* DCS1800...................................................................*/ |
| /*MT6139C*/ |
| /*MT6139C*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6139C*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139C*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139C*/ }; |
| /*MT6139C*/ |
| /*MT6139C*/ /* PCS1900...................................................................*/ |
| /*MT6139C*/ |
| /*MT6139C*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6139C*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6139C*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6139C*/ }; |
| /*MT6139C*/ |
| /*MT6139C*/ /*...........................................................................*/ |
| /*MT6139C*/ |
| /*MT6139C*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6139C*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6139C*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6139C*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6139C*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6139C*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6139C*/ }; |
| /*MT6139C*/ |
| /*MT6139C*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6139C*/ { 0, /*#FrequencyBand400 */ |
| /*MT6139C*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6139C*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6139C*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6139C*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6139C*/ }; |
| /*MT6139C*/ |
| /*MT6139C*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6139C*/ |
| /*MT6139C*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6139C*/ { int max_gain, min_gain, real_gain; |
| /*MT6139C*/ const int* d32ptr; |
| /*MT6139C*/ const sL1DAGCDATA* agcptr; |
| /*MT6139C*/ long setting; |
| /*MT6139C*/ int bit_no; |
| /*MT6139C*/ |
| /*MT6139C*/ /* evaluate the range of available gain */ |
| /*MT6139C*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6139C*/ max_gain = *d32ptr++; |
| /*MT6139C*/ min_gain = *d32ptr; |
| /*MT6139C*/ |
| /*MT6139C*/ /* clipping the request gain to the avialable gain */ |
| /*MT6139C*/ if( request_gain>=max_gain ) |
| /*MT6139C*/ { request_gain = max_gain; } |
| /*MT6139C*/ else if( request_gain<=min_gain ) |
| /*MT6139C*/ { request_gain = min_gain; } |
| /*MT6139C*/ |
| /*MT6139C*/ /* evaluate the real gain setting */ |
| /*MT6139C*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6139C*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6139C*/ { agcptr++; |
| /*MT6139C*/ } |
| /*MT6139C*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6139C*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6139C*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6139C*/ } |
| /*MT6139C*/ |
| /*MT6139C*/ *gain_setting = setting; |
| /*MT6139C*/ return( real_gain ); |
| /*MT6139C*/ } |
| /*MT6139C*/ |
| #endif |
| |
| #if IS_RF_MT6139E |
| /*MT6139E*/ |
| /*MT6139E*/ #define GAIN_STEP 2 |
| /*MT6139E*/ |
| /*MT6139E*/ #define RF_GSM850_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139E*/ #define RF_GSM850_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6139E*/ #define RF_GSM_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139E*/ #define RF_GSM_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6139E*/ #define RF_DCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139E*/ #define RF_DCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6139E*/ #define RF_PCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6139E*/ #define RF_PCS_MINGAIN ( -28.0*(PWRRES)) |
| /*MT6139E*/ |
| /*MT6139E*/ /* GSM850....................................................................*/ |
| /*MT6139E*/ |
| /*MT6139E*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6139E*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000E02 }, |
| /*MT6139E*/ { GBOUND(-32.0,-32.0 ), GC_A( 4,-32.0 ), 0x000C02 }, |
| /*MT6139E*/ }; |
| /*MT6139E*/ |
| /*MT6139E*/ /* GSM900....................................................................*/ |
| /*MT6139E*/ |
| /*MT6139E*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6139E*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000E02 }, |
| /*MT6139E*/ { GBOUND(-32.0,-32.0 ), GC_A( 4,-32.0 ), 0x000C02 }, |
| /*MT6139E*/ }; |
| /*MT6139E*/ |
| /*MT6139E*/ /* DCS1800...................................................................*/ |
| /*MT6139E*/ |
| /*MT6139E*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6139E*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000E02 }, |
| /*MT6139E*/ { GBOUND(-32.0,-32.0 ), GC_A( 4,-32.0 ), 0x000C02 }, |
| /*MT6139E*/ }; |
| /*MT6139E*/ |
| /*MT6139E*/ /* PCS1900...................................................................*/ |
| /*MT6139E*/ |
| /*MT6139E*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6139E*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000E02 }, |
| /*MT6139E*/ { GBOUND(-32.0,-32.0 ), GC_A( 4,-32.0 ), 0x000C02 }, |
| /*MT6139E*/ }; |
| /*MT6139E*/ |
| /*MT6139E*/ /*...........................................................................*/ |
| /*MT6139E*/ |
| /*MT6139E*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6139E*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6139E*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6139E*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6139E*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6139E*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6139E*/ }; |
| /*MT6139E*/ |
| /*MT6139E*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6139E*/ { 0, /*#FrequencyBand400 */ |
| /*MT6139E*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6139E*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6139E*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6139E*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6139E*/ }; |
| /*MT6139E*/ |
| /*MT6139E*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6139E*/ |
| /*MT6139E*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6139E*/ { int max_gain, min_gain, real_gain; |
| /*MT6139E*/ const int* d32ptr; |
| /*MT6139E*/ const sL1DAGCDATA* agcptr; |
| /*MT6139E*/ long setting; |
| /*MT6139E*/ int bit_no; |
| /*MT6139E*/ |
| /*MT6139E*/ /* evaluate the range of available gain */ |
| /*MT6139E*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6139E*/ max_gain = *d32ptr++; |
| /*MT6139E*/ min_gain = *d32ptr; |
| /*MT6139E*/ |
| /*MT6139E*/ /* clipping the request gain to the avialable gain */ |
| /*MT6139E*/ if( request_gain>=max_gain ) |
| /*MT6139E*/ { request_gain = max_gain; } |
| /*MT6139E*/ else if( request_gain<=min_gain ) |
| /*MT6139E*/ { request_gain = min_gain; } |
| /*MT6139E*/ |
| /*MT6139E*/ /* evaluate the real gain setting */ |
| /*MT6139E*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6139E*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6139E*/ { agcptr++; |
| /*MT6139E*/ } |
| /*MT6139E*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6139E*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6139E*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6139E*/ } |
| /*MT6139E*/ |
| /*MT6139E*/ *gain_setting = setting; |
| /*MT6139E*/ return( real_gain ); |
| /*MT6139E*/ } |
| /*MT6139E*/ |
| #endif |
| |
| #if IS_RF_MT6140A |
| /*MT6140A*/ |
| /*MT6140A*/ #define GAIN_STEP 2 |
| /*MT6140A*/ |
| /*MT6140A*/ #define RF_GSM850_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140A*/ #define RF_GSM850_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6140A*/ #define RF_GSM_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140A*/ #define RF_GSM_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6140A*/ #define RF_DCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140A*/ #define RF_DCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6140A*/ #define RF_PCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140A*/ #define RF_PCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6140A*/ |
| /*MT6140A*/ /* GSM850....................................................................*/ |
| /*MT6140A*/ |
| /*MT6140A*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6140A*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6140A*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6140A*/ }; |
| /*MT6140A*/ |
| /*MT6140A*/ /* GSM900....................................................................*/ |
| /*MT6140A*/ |
| /*MT6140A*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6140A*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6140A*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6140A*/ }; |
| /*MT6140A*/ |
| /*MT6140A*/ /* DCS1800...................................................................*/ |
| /*MT6140A*/ |
| /*MT6140A*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6140A*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6140A*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6140A*/ }; |
| /*MT6140A*/ |
| /*MT6140A*/ /* PCS1900...................................................................*/ |
| /*MT6140A*/ |
| /*MT6140A*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6140A*/ { { GBOUND( -4.0, -6.0 ), GC_A( 32, -4.0 ), 0x000C02 }, |
| /*MT6140A*/ { GBOUND(-44.0,-44.0 ), GC_A( 0,-44.0 ), 0x000C02 }, |
| /*MT6140A*/ }; |
| /*MT6140A*/ |
| /*MT6140A*/ /*...........................................................................*/ |
| /*MT6140A*/ |
| /*MT6140A*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6140A*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6140A*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6140A*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6140A*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6140A*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6140A*/ }; |
| /*MT6140A*/ |
| /*MT6140A*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6140A*/ { 0, /*#FrequencyBand400 */ |
| /*MT6140A*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6140A*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6140A*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6140A*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6140A*/ }; |
| /*MT6140A*/ |
| /*MT6140A*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6140A*/ |
| /*MT6140A*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6140A*/ { int max_gain, min_gain, real_gain; |
| /*MT6140A*/ const int* d32ptr; |
| /*MT6140A*/ const sL1DAGCDATA* agcptr; |
| /*MT6140A*/ long setting; |
| /*MT6140A*/ int bit_no; |
| /*MT6140A*/ |
| /*MT6140A*/ /* evaluate the range of available gain */ |
| /*MT6140A*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6140A*/ max_gain = *d32ptr++; |
| /*MT6140A*/ min_gain = *d32ptr; |
| /*MT6140A*/ |
| /*MT6140A*/ /* clipping the request gain to the avialable gain */ |
| /*MT6140A*/ if( request_gain>=max_gain ) |
| /*MT6140A*/ { request_gain = max_gain; } |
| /*MT6140A*/ else if( request_gain<=min_gain ) |
| /*MT6140A*/ { request_gain = min_gain; } |
| /*MT6140A*/ |
| /*MT6140A*/ /* evaluate the real gain setting */ |
| /*MT6140A*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6140A*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6140A*/ { agcptr++; |
| /*MT6140A*/ } |
| /*MT6140A*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6140A*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6140A*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6140A*/ } |
| /*MT6140A*/ |
| /*MT6140A*/ *gain_setting = setting; |
| /*MT6140A*/ return( real_gain ); |
| /*MT6140A*/ } |
| /*MT6140A*/ |
| #endif |
| |
| #if IS_RF_MT6140B |
| /*MT6140B*/ |
| /*MT6140B*/ #define GAIN_STEP 2 |
| /*MT6140B*/ |
| /*MT6140B*/ #define RF_GSM850_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140B*/ #define RF_GSM850_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6140B*/ #define RF_GSM_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140B*/ #define RF_GSM_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6140B*/ #define RF_DCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140B*/ #define RF_DCS_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6140B*/ #define RF_PCS_MAXGAIN ( 56.0*(PWRRES)) |
| /*MT6140B*/ #define RF_PCS_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6140B*/ |
| /*MT6140B*/ /* GSM850....................................................................*/ |
| /*MT6140B*/ |
| /*MT6140B*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6140B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000202 }, |
| /*MT6140B*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140B*/ }; |
| /*MT6140B*/ |
| /*MT6140B*/ /* GSM900....................................................................*/ |
| /*MT6140B*/ |
| /*MT6140B*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6140B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000202 }, |
| /*MT6140B*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140B*/ }; |
| /*MT6140B*/ |
| /*MT6140B*/ /* DCS1800...................................................................*/ |
| /*MT6140B*/ |
| /*MT6140B*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6140B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000202 }, |
| /*MT6140B*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140B*/ }; |
| /*MT6140B*/ |
| /*MT6140B*/ /* PCS1900...................................................................*/ |
| /*MT6140B*/ |
| /*MT6140B*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6140B*/ { { GBOUND( -4.0, -6.0 ), GC_A( 0, -4.0 ), 0x000202 }, |
| /*MT6140B*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140B*/ }; |
| /*MT6140B*/ |
| /*MT6140B*/ /*...........................................................................*/ |
| /*MT6140B*/ |
| /*MT6140B*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6140B*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6140B*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6140B*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6140B*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6140B*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6140B*/ }; |
| /*MT6140B*/ |
| /*MT6140B*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6140B*/ { 0, /*#FrequencyBand400 */ |
| /*MT6140B*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6140B*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6140B*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6140B*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6140B*/ }; |
| /*MT6140B*/ |
| /*MT6140B*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6140B*/ |
| /*MT6140B*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6140B*/ { int max_gain, min_gain, real_gain; |
| /*MT6140B*/ const int* d32ptr; |
| /*MT6140B*/ const sL1DAGCDATA* agcptr; |
| /*MT6140B*/ long setting; |
| /*MT6140B*/ int bit_no; |
| /*MT6140B*/ |
| /*MT6140B*/ /* evaluate the range of available gain */ |
| /*MT6140B*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6140B*/ max_gain = *d32ptr++; |
| /*MT6140B*/ min_gain = *d32ptr; |
| /*MT6140B*/ |
| /*MT6140B*/ /* clipping the request gain to the avialable gain */ |
| /*MT6140B*/ if( request_gain>=max_gain ) |
| /*MT6140B*/ { request_gain = max_gain; } |
| /*MT6140B*/ else if( request_gain<=min_gain ) |
| /*MT6140B*/ { request_gain = min_gain; } |
| /*MT6140B*/ |
| /*MT6140B*/ /* evaluate the real gain setting */ |
| /*MT6140B*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6140B*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6140B*/ { agcptr++; |
| /*MT6140B*/ } |
| /*MT6140B*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6140B*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6140B*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6140B*/ } |
| /*MT6140B*/ |
| /*MT6140B*/ *gain_setting = setting; |
| /*MT6140B*/ return( real_gain ); |
| /*MT6140B*/ } |
| /*MT6140B*/ |
| #endif |
| |
| #if IS_RF_MT6140C |
| /*MT6140C*/ |
| /*MT6140C*/ #define GAIN_STEP 2 |
| /*MT6140C*/ |
| /*MT6140C*/ #define RF_GSM850_MAXGAIN ( 54.0*(PWRRES)) |
| /*MT6140C*/ #define RF_GSM850_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6140C*/ #define RF_GSM_MAXGAIN ( 54.0*(PWRRES)) |
| /*MT6140C*/ #define RF_GSM_MINGAIN ( -30.0*(PWRRES)) |
| /*MT6140C*/ #define RF_DCS_MAXGAIN ( 54.0*(PWRRES)) |
| /*MT6140C*/ #define RF_DCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6140C*/ #define RF_PCS_MAXGAIN ( 54.0*(PWRRES)) |
| /*MT6140C*/ #define RF_PCS_MINGAIN ( -32.0*(PWRRES)) |
| /*MT6140C*/ |
| /*MT6140C*/ /* GSM850....................................................................*/ |
| /*MT6140C*/ |
| /*MT6140C*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6140C*/ { { GBOUND( -6.0, -8.0 ), GC_A( 0, -6.0 ), 0x000202 }, |
| /*MT6140C*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140C*/ }; |
| /*MT6140C*/ |
| /*MT6140C*/ /* GSM900....................................................................*/ |
| /*MT6140C*/ |
| /*MT6140C*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6140C*/ { { GBOUND( -6.0, -8.0 ), GC_A( 0, -6.0 ), 0x000202 }, |
| /*MT6140C*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140C*/ }; |
| /*MT6140C*/ |
| /*MT6140C*/ /* DCS1800...................................................................*/ |
| /*MT6140C*/ |
| /*MT6140C*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6140C*/ { { GBOUND( -6.0, -8.0 ), GC_A( 0, -6.0 ), 0x000202 }, |
| /*MT6140C*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140C*/ }; |
| /*MT6140C*/ |
| /*MT6140C*/ /* PCS1900...................................................................*/ |
| /*MT6140C*/ |
| /*MT6140C*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6140C*/ { { GBOUND( -6.0, -8.0 ), GC_A( 0, -6.0 ), 0x000202 }, |
| /*MT6140C*/ { GBOUND(-30.0,-30.0 ), GC_A( 6,-30.0 ), 0x000002 }, |
| /*MT6140C*/ }; |
| /*MT6140C*/ |
| /*MT6140C*/ /*...........................................................................*/ |
| /*MT6140C*/ |
| /*MT6140C*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6140C*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6140C*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6140C*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6140C*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6140C*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6140C*/ }; |
| /*MT6140C*/ |
| /*MT6140C*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6140C*/ { 0, /*#FrequencyBand400 */ |
| /*MT6140C*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6140C*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6140C*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6140C*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6140C*/ }; |
| /*MT6140C*/ |
| /*MT6140C*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6140C*/ |
| /*MT6140C*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6140C*/ { int max_gain, min_gain, real_gain; |
| /*MT6140C*/ const int* d32ptr; |
| /*MT6140C*/ const sL1DAGCDATA* agcptr; |
| /*MT6140C*/ long setting; |
| /*MT6140C*/ int bit_no; |
| /*MT6140C*/ |
| /*MT6140C*/ /* evaluate the range of available gain */ |
| /*MT6140C*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6140C*/ max_gain = *d32ptr++; |
| /*MT6140C*/ min_gain = *d32ptr; |
| /*MT6140C*/ |
| /*MT6140C*/ /* clipping the request gain to the avialable gain */ |
| /*MT6140C*/ if( request_gain>=max_gain ) |
| /*MT6140C*/ { request_gain = max_gain; } |
| /*MT6140C*/ else if( request_gain<=min_gain ) |
| /*MT6140C*/ { request_gain = min_gain; } |
| /*MT6140C*/ |
| /*MT6140C*/ /* evaluate the real gain setting */ |
| /*MT6140C*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6140C*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6140C*/ { agcptr++; |
| /*MT6140C*/ } |
| /*MT6140C*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6140C*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6140C*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6140C*/ } |
| /*MT6140C*/ |
| /*MT6140C*/ *gain_setting = setting; |
| /*MT6140C*/ return( real_gain ); |
| /*MT6140C*/ } |
| /*MT6140C*/ |
| #endif |
| |
| #if IS_RF_MT6140D |
| /*MT6140D*/ |
| /*MT6140D*/ #define GAIN_STEP 2 |
| /*MT6140D*/ #define PVOFSL 34 |
| /*MT6140D*/ #define PVOFSH 34 |
| /*MT6140D*/ #define RF_GSM850_MAXGAIN (( 90-PVOFSL )*(PWRRES)) |
| /*MT6140D*/ #define RF_GSM850_MINGAIN (( 6-PVOFSL )*(PWRRES)) |
| /*MT6140D*/ #define RF_GSM_MAXGAIN (( 90-PVOFSL )*(PWRRES)) |
| /*MT6140D*/ #define RF_GSM_MINGAIN (( 6-PVOFSL )*(PWRRES)) |
| /*MT6140D*/ #define RF_DCS_MAXGAIN (( 88-PVOFSH )*(PWRRES)) |
| /*MT6140D*/ #define RF_DCS_MINGAIN (( 2-PVOFSH )*(PWRRES)) |
| /*MT6140D*/ #define RF_PCS_MAXGAIN (( 88-PVOFSH )*(PWRRES)) |
| /*MT6140D*/ #define RF_PCS_MINGAIN (( 2-PVOFSH )*(PWRRES)) |
| /*MT6140D*/ |
| /*MT6140D*/ /* GSM850....................................................................*/ |
| /*MT6140D*/ |
| /*MT6140D*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6140D*/ { { GBOUND(( 30-PVOFSL ),( 28-PVOFSL ) ), GC_A( 0,( 30-PVOFSL ) ), 0x000202 }, |
| /*MT6140D*/ { GBOUND(( 4-PVOFSL ),( 4-PVOFSL ) ), GC_A( 5,( 4-PVOFSL ) ), 0x000002 }, |
| /*MT6140D*/ }; |
| /*MT6140D*/ |
| /*MT6140D*/ /* GSM900....................................................................*/ |
| /*MT6140D*/ |
| /*MT6140D*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6140D*/ { { GBOUND(( 30-PVOFSL ),( 28-PVOFSL ) ), GC_A( 0,( 30-PVOFSL ) ), 0x000202 }, |
| /*MT6140D*/ { GBOUND(( 4-PVOFSL ),( 4-PVOFSL ) ), GC_A( 5,( 4-PVOFSL ) ), 0x000002 }, |
| /*MT6140D*/ }; |
| /*MT6140D*/ |
| /*MT6140D*/ /* DCS1800...................................................................*/ |
| /*MT6140D*/ |
| /*MT6140D*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6140D*/ { { GBOUND(( 28-PVOFSH ),( 26-PVOFSH ) ), GC_A( 0,( 28-PVOFSH ) ), 0x000202 }, |
| /*MT6140D*/ { GBOUND(( 2-PVOFSH ),( 2-PVOFSH ) ), GC_A( 6,( 2-PVOFSH ) ), 0x000002 }, |
| /*MT6140D*/ }; |
| /*MT6140D*/ |
| /*MT6140D*/ /* PCS1900...................................................................*/ |
| /*MT6140D*/ |
| /*MT6140D*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6140D*/ { { GBOUND(( 28-PVOFSH ),( 26-PVOFSH ) ), GC_A( 0,( 28-PVOFSH ) ), 0x000202 }, |
| /*MT6140D*/ { GBOUND(( 2-PVOFSH ),( 2-PVOFSH ) ), GC_A( 6,( 2-PVOFSH ) ), 0x000002 }, |
| /*MT6140D*/ }; |
| /*MT6140D*/ |
| /*MT6140D*/ /*...........................................................................*/ |
| /*MT6140D*/ |
| /*MT6140D*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6140D*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6140D*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6140D*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6140D*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6140D*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6140D*/ }; |
| /*MT6140D*/ |
| /*MT6140D*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6140D*/ { 0, /*#FrequencyBand400 */ |
| /*MT6140D*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6140D*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6140D*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6140D*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6140D*/ }; |
| /*MT6140D*/ |
| /*MT6140D*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6140D*/ |
| /*MT6140D*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6140D*/ { int max_gain, min_gain, real_gain; |
| /*MT6140D*/ const int* d32ptr; |
| /*MT6140D*/ const sL1DAGCDATA* agcptr; |
| /*MT6140D*/ long setting; |
| /*MT6140D*/ int bit_no; |
| /*MT6140D*/ |
| /*MT6140D*/ /* evaluate the range of available gain */ |
| /*MT6140D*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6140D*/ max_gain = *d32ptr++; |
| /*MT6140D*/ min_gain = *d32ptr; |
| /*MT6140D*/ |
| /*MT6140D*/ /* clipping the request gain to the avialable gain */ |
| /*MT6140D*/ if( request_gain>=max_gain ) |
| /*MT6140D*/ { request_gain = max_gain; } |
| /*MT6140D*/ else if( request_gain<=min_gain ) |
| /*MT6140D*/ { request_gain = min_gain; } |
| /*MT6140D*/ |
| /*MT6140D*/ /* evaluate the real gain setting */ |
| /*MT6140D*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6140D*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6140D*/ { agcptr++; |
| /*MT6140D*/ } |
| /*MT6140D*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6140D*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6140D*/ setting = agcptr->setting + (bit_no<<4); |
| /*MT6140D*/ } |
| /*MT6140D*/ |
| /*MT6140D*/ *gain_setting = setting; |
| /*MT6140D*/ return( real_gain ); |
| /*MT6140D*/ } |
| /*MT6140D*/ |
| #endif |
| |
| #if IS_RF_CMOSEDGE |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ #define GAIN_STEP 2 |
| /*CMOSEDGE*/ #define PVOFSL 38 |
| /*CMOSEDGE*/ #define PVOFSH 38 |
| /*CMOSEDGE*/ #define RF_GSM850_MAXGAIN (( 96-PVOFSL )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_GSM850_MINGAIN (( 10-PVOFSL )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_GSM_MAXGAIN (( 96-PVOFSL )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_GSM_MINGAIN (( 10-PVOFSL )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_DCS_MAXGAIN (( 96-PVOFSH )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_DCS_MINGAIN (( 10-PVOFSH )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_PCS_MAXGAIN (( 96-PVOFSH )*(PWRRES)) |
| /*CMOSEDGE*/ #define RF_PCS_MINGAIN (( 10-PVOFSH )*(PWRRES)) |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* GSM850....................................................................*/ |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*CMOSEDGE*/ { { GBOUND(( 36-PVOFSL ),( 34-PVOFSL ) ), GC_A( 0,( 36-PVOFSL ) ), 0x0400020 }, |
| /*CMOSEDGE*/ { GBOUND(( 10-PVOFSL ),( 10-PVOFSL ) ), GC_A( 0,( 10-PVOFSL ) ), 0x0400000 }, |
| /*CMOSEDGE*/ }; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* GSM900....................................................................*/ |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*CMOSEDGE*/ { { GBOUND(( 36-PVOFSL ),( 34-PVOFSL ) ), GC_A( 0,( 36-PVOFSL ) ), 0x0400020 }, |
| /*CMOSEDGE*/ { GBOUND(( 10-PVOFSL ),( 10-PVOFSL ) ), GC_A( 0,( 10-PVOFSL ) ), 0x0400000 }, |
| /*CMOSEDGE*/ }; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* DCS1800...................................................................*/ |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*CMOSEDGE*/ { { GBOUND(( 36-PVOFSL ),( 34-PVOFSL ) ), GC_A( 0,( 36-PVOFSL ) ), 0x0400020 }, |
| /*CMOSEDGE*/ { GBOUND(( 10-PVOFSL ),( 10-PVOFSL ) ), GC_A( 0,( 10-PVOFSL ) ), 0x0400000 }, |
| /*CMOSEDGE*/ }; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* PCS1900...................................................................*/ |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*CMOSEDGE*/ { { GBOUND(( 36-PVOFSL ),( 34-PVOFSL ) ), GC_A( 0,( 36-PVOFSL ) ), 0x0400020 }, |
| /*CMOSEDGE*/ { GBOUND(( 10-PVOFSL ),( 10-PVOFSL ) ), GC_A( 0,( 10-PVOFSL ) ), 0x0400000 }, |
| /*CMOSEDGE*/ }; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /*...........................................................................*/ |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*CMOSEDGE*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*CMOSEDGE*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*CMOSEDGE*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*CMOSEDGE*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*CMOSEDGE*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*CMOSEDGE*/ }; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*CMOSEDGE*/ { 0, /*#FrequencyBand400 */ |
| /*CMOSEDGE*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*CMOSEDGE*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*CMOSEDGE*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*CMOSEDGE*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*CMOSEDGE*/ }; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*CMOSEDGE*/ { int max_gain, min_gain, real_gain; |
| /*CMOSEDGE*/ const int* d32ptr; |
| /*CMOSEDGE*/ const sL1DAGCDATA* agcptr; |
| /*CMOSEDGE*/ long setting; |
| /*CMOSEDGE*/ int bit_no; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* evaluate the range of available gain */ |
| /*CMOSEDGE*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*CMOSEDGE*/ max_gain = *d32ptr++; |
| /*CMOSEDGE*/ min_gain = *d32ptr; |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* clipping the request gain to the avialable gain */ |
| /*CMOSEDGE*/ if( request_gain>=max_gain ) |
| /*CMOSEDGE*/ { request_gain = max_gain; } |
| /*CMOSEDGE*/ else if( request_gain<=min_gain ) |
| /*CMOSEDGE*/ { request_gain = min_gain; } |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ /* evaluate the real gain setting */ |
| /*CMOSEDGE*/ agcptr = AGC_TABLE[rf_band]; |
| /*CMOSEDGE*/ if( request_gain < agcptr->pos_gain ) |
| /*CMOSEDGE*/ { agcptr++; |
| /*CMOSEDGE*/ } |
| /*CMOSEDGE*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*CMOSEDGE*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*CMOSEDGE*/ setting = agcptr->setting + bit_no; |
| /*CMOSEDGE*/ } |
| /*CMOSEDGE*/ |
| /*CMOSEDGE*/ *gain_setting = setting; |
| /*CMOSEDGE*/ return( real_gain ); |
| /*CMOSEDGE*/ } |
| /*CMOSEDGE*/ |
| #endif |
| |
| #if IS_RF_MTKSOC1T |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ #define GAIN_STEP 2 |
| /*MTKSOC1T*/ #define PVOFSL 39 |
| /*MTKSOC1T*/ #define PVOFSH 39 |
| /*MTKSOC1T*/ #define RF_GSM850_MAXGAIN (( 98-PVOFSL )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_GSM850_MINGAIN (( 12-PVOFSL )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_GSM_MAXGAIN (( 98-PVOFSL )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_GSM_MINGAIN (( 12-PVOFSL )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_DCS_MAXGAIN (( 98-PVOFSH )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_DCS_MINGAIN (( 12-PVOFSH )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_PCS_MAXGAIN (( 98-PVOFSH )*(PWRRES)) |
| /*MTKSOC1T*/ #define RF_PCS_MINGAIN (( 12-PVOFSH )*(PWRRES)) |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* GSM850....................................................................*/ |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MTKSOC1T*/ { { GBOUND(( 38-PVOFSL ),( 36-PVOFSL ) ), GC_A( 0,( 38-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1T*/ { GBOUND(( 12-PVOFSL ),( 12-PVOFSL ) ), GC_A( 0,( 12-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1T*/ }; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* GSM900....................................................................*/ |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MTKSOC1T*/ { { GBOUND(( 38-PVOFSL ),( 36-PVOFSL ) ), GC_A( 0,( 38-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1T*/ { GBOUND(( 12-PVOFSL ),( 12-PVOFSL ) ), GC_A( 0,( 12-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1T*/ }; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* DCS1800...................................................................*/ |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MTKSOC1T*/ { { GBOUND(( 38-PVOFSL ),( 36-PVOFSL ) ), GC_A( 0,( 38-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1T*/ { GBOUND(( 12-PVOFSL ),( 12-PVOFSL ) ), GC_A( 0,( 12-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1T*/ }; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* PCS1900...................................................................*/ |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MTKSOC1T*/ { { GBOUND(( 38-PVOFSL ),( 36-PVOFSL ) ), GC_A( 0,( 38-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1T*/ { GBOUND(( 12-PVOFSL ),( 12-PVOFSL ) ), GC_A( 0,( 12-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1T*/ }; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /*...........................................................................*/ |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MTKSOC1T*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MTKSOC1T*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MTKSOC1T*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MTKSOC1T*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MTKSOC1T*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MTKSOC1T*/ }; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MTKSOC1T*/ { 0, /*#FrequencyBand400 */ |
| /*MTKSOC1T*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MTKSOC1T*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MTKSOC1T*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MTKSOC1T*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MTKSOC1T*/ }; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MTKSOC1T*/ { int max_gain, min_gain, real_gain; |
| /*MTKSOC1T*/ const int* d32ptr; |
| /*MTKSOC1T*/ const sL1DAGCDATA* agcptr; |
| /*MTKSOC1T*/ long setting; |
| /*MTKSOC1T*/ int bit_no; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* evaluate the range of available gain */ |
| /*MTKSOC1T*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MTKSOC1T*/ max_gain = *d32ptr++; |
| /*MTKSOC1T*/ min_gain = *d32ptr; |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* clipping the request gain to the avialable gain */ |
| /*MTKSOC1T*/ if( request_gain>=max_gain ) |
| /*MTKSOC1T*/ { request_gain = max_gain; } |
| /*MTKSOC1T*/ else if( request_gain<=min_gain ) |
| /*MTKSOC1T*/ { request_gain = min_gain; } |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ /* evaluate the real gain setting */ |
| /*MTKSOC1T*/ agcptr = AGC_TABLE[rf_band]; |
| /*MTKSOC1T*/ if( request_gain < agcptr->pos_gain ) |
| /*MTKSOC1T*/ { agcptr++; |
| /*MTKSOC1T*/ } |
| /*MTKSOC1T*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MTKSOC1T*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MTKSOC1T*/ setting = agcptr->setting + bit_no; |
| /*MTKSOC1T*/ } |
| /*MTKSOC1T*/ |
| /*MTKSOC1T*/ *gain_setting = setting; |
| /*MTKSOC1T*/ return( real_gain ); |
| /*MTKSOC1T*/ } |
| /*MTKSOC1T*/ |
| #endif |
| |
| #if IS_RF_MTKSOC1 |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ #define GAIN_STEP 2 |
| /*MTKSOC1*/ #define PVOFSL 39 |
| /*MTKSOC1*/ #define PVOFSH 39 |
| /*MTKSOC1*/ #define RF_GSM850_MAXGAIN (( 94-PVOFSL )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_GSM850_MINGAIN (( 14-PVOFSL )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_GSM_MAXGAIN (( 94-PVOFSL )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_GSM_MINGAIN (( 14-PVOFSL )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_DCS_MAXGAIN (( 94-PVOFSH )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_DCS_MINGAIN (( 14-PVOFSH )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_PCS_MAXGAIN (( 94-PVOFSH )*(PWRRES)) |
| /*MTKSOC1*/ #define RF_PCS_MINGAIN (( 14-PVOFSH )*(PWRRES)) |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* GSM850....................................................................*/ |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MTKSOC1*/ { { GBOUND(( 40-PVOFSL ),( 38-PVOFSL ) ), GC_A( 0,( 40-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1*/ { GBOUND(( 14-PVOFSL ),( 14-PVOFSL ) ), GC_A( 0,( 14-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1*/ }; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* GSM900....................................................................*/ |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MTKSOC1*/ { { GBOUND(( 40-PVOFSL ),( 38-PVOFSL ) ), GC_A( 0,( 40-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1*/ { GBOUND(( 14-PVOFSL ),( 14-PVOFSL ) ), GC_A( 0,( 14-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1*/ }; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* DCS1800...................................................................*/ |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MTKSOC1*/ { { GBOUND(( 40-PVOFSL ),( 38-PVOFSL ) ), GC_A( 0,( 40-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1*/ { GBOUND(( 14-PVOFSL ),( 14-PVOFSL ) ), GC_A( 0,( 14-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1*/ }; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* PCS1900...................................................................*/ |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MTKSOC1*/ { { GBOUND(( 40-PVOFSL ),( 38-PVOFSL ) ), GC_A( 0,( 40-PVOFSL ) ), 0x0400020 }, |
| /*MTKSOC1*/ { GBOUND(( 14-PVOFSL ),( 14-PVOFSL ) ), GC_A( 0,( 14-PVOFSL ) ), 0x0400000 }, |
| /*MTKSOC1*/ }; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /*...........................................................................*/ |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MTKSOC1*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MTKSOC1*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MTKSOC1*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MTKSOC1*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MTKSOC1*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MTKSOC1*/ }; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MTKSOC1*/ { 0, /*#FrequencyBand400 */ |
| /*MTKSOC1*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MTKSOC1*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MTKSOC1*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MTKSOC1*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MTKSOC1*/ }; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MTKSOC1*/ { int max_gain, min_gain, real_gain; |
| /*MTKSOC1*/ const int* d32ptr; |
| /*MTKSOC1*/ const sL1DAGCDATA* agcptr; |
| /*MTKSOC1*/ long setting; |
| /*MTKSOC1*/ int bit_no; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* evaluate the range of available gain */ |
| /*MTKSOC1*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MTKSOC1*/ max_gain = *d32ptr++; |
| /*MTKSOC1*/ min_gain = *d32ptr; |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* clipping the request gain to the avialable gain */ |
| /*MTKSOC1*/ if( request_gain>=max_gain ) |
| /*MTKSOC1*/ { request_gain = max_gain; } |
| /*MTKSOC1*/ else if( request_gain<=min_gain ) |
| /*MTKSOC1*/ { request_gain = min_gain; } |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ /* evaluate the real gain setting */ |
| /*MTKSOC1*/ agcptr = AGC_TABLE[rf_band]; |
| /*MTKSOC1*/ if( request_gain < agcptr->pos_gain ) |
| /*MTKSOC1*/ { agcptr++; |
| /*MTKSOC1*/ } |
| /*MTKSOC1*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MTKSOC1*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MTKSOC1*/ setting = agcptr->setting + bit_no; |
| /*MTKSOC1*/ } |
| /*MTKSOC1*/ |
| /*MTKSOC1*/ *gain_setting = setting; |
| /*MTKSOC1*/ return( real_gain ); |
| /*MTKSOC1*/ } |
| /*MTKSOC1*/ |
| #endif |
| |
| #if IS_RF_MT6252RF |
| /*MT6252RF*/ |
| /*MT6252RF*/ #define GAIN_STEP 2 |
| /*MT6252RF*/ #define PVOFSL 39 |
| /*MT6252RF*/ #define PVOFSH 39 |
| /*MT6252RF*/ #define RF_GSM850_MAXGAIN (( 96-PVOFSL )*(PWRRES)) |
| /*MT6252RF*/ #define RF_GSM850_MINGAIN (( 16-PVOFSL )*(PWRRES)) |
| /*MT6252RF*/ #define RF_GSM_MAXGAIN (( 96-PVOFSL )*(PWRRES)) |
| /*MT6252RF*/ #define RF_GSM_MINGAIN (( 16-PVOFSL )*(PWRRES)) |
| /*MT6252RF*/ #define RF_DCS_MAXGAIN (( 96-PVOFSH )*(PWRRES)) |
| /*MT6252RF*/ #define RF_DCS_MINGAIN (( 16-PVOFSH )*(PWRRES)) |
| /*MT6252RF*/ #define RF_PCS_MAXGAIN (( 96-PVOFSH )*(PWRRES)) |
| /*MT6252RF*/ #define RF_PCS_MINGAIN (( 16-PVOFSH )*(PWRRES)) |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* GSM850....................................................................*/ |
| /*MT6252RF*/ |
| /*MT6252RF*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6252RF*/ { { GBOUND(( 42-PVOFSL ),( 40-PVOFSL ) ), GC_A( 0, ( 42-PVOFSL ) ), 0x6000020 }, |
| /*MT6252RF*/ { GBOUND(( 16-PVOFSL ),( 16-PVOFSL ) ), GC_A( 0, ( 16-PVOFSL ) ), 0x6000000 }, |
| /*MT6252RF*/ }; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* GSM900....................................................................*/ |
| /*MT6252RF*/ |
| /*MT6252RF*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6252RF*/ { { GBOUND(( 42-PVOFSL ),( 40-PVOFSL ) ), GC_A( 0, ( 42-PVOFSL ) ), 0x6000020 }, |
| /*MT6252RF*/ { GBOUND(( 16-PVOFSL ),( 16-PVOFSL ) ), GC_A( 0, ( 16-PVOFSL ) ), 0x6000000 }, |
| /*MT6252RF*/ }; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* DCS1800...................................................................*/ |
| /*MT6252RF*/ |
| /*MT6252RF*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6252RF*/ { { GBOUND(( 42-PVOFSL ),( 40-PVOFSL ) ), GC_A( 0, ( 42-PVOFSL ) ), 0x6000020 }, |
| /*MT6252RF*/ { GBOUND(( 16-PVOFSL ),( 16-PVOFSL ) ), GC_A( 0, ( 16-PVOFSL ) ), 0x6000000 }, |
| /*MT6252RF*/ }; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* PCS1900...................................................................*/ |
| /*MT6252RF*/ |
| /*MT6252RF*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6252RF*/ { { GBOUND(( 42-PVOFSL ),( 40-PVOFSL ) ), GC_A( 0, ( 42-PVOFSL ) ), 0x6000020 }, |
| /*MT6252RF*/ { GBOUND(( 16-PVOFSL ),( 16-PVOFSL ) ), GC_A( 0, ( 16-PVOFSL ) ), 0x6000000 }, |
| /*MT6252RF*/ }; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /*...........................................................................*/ |
| /*MT6252RF*/ |
| /*MT6252RF*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6252RF*/ { { 0, 0 }, /* FrequencyBand400 */ |
| /*MT6252RF*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6252RF*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6252RF*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6252RF*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6252RF*/ }; |
| /*MT6252RF*/ |
| /*MT6252RF*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6252RF*/ { 0, /* FrequencyBand400 */ |
| /*MT6252RF*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6252RF*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6252RF*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6252RF*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6252RF*/ }; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6252RF*/ |
| /*MT6252RF*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6252RF*/ { int max_gain, min_gain, real_gain; |
| /*MT6252RF*/ const int* d32ptr; |
| /*MT6252RF*/ const sL1DAGCDATA* agcptr; |
| /*MT6252RF*/ long setting; |
| /*MT6252RF*/ int bit_no; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* evaluate the range of available gain */ |
| /*MT6252RF*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6252RF*/ max_gain = *d32ptr++; |
| /*MT6252RF*/ min_gain = *d32ptr; |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* clipping the request gain to the avialable gain */ |
| /*MT6252RF*/ if( request_gain>=max_gain ) |
| /*MT6252RF*/ { request_gain = max_gain; } |
| /*MT6252RF*/ else if( request_gain<=min_gain ) |
| /*MT6252RF*/ { request_gain = min_gain; } |
| /*MT6252RF*/ |
| /*MT6252RF*/ /* evaluate the real gain setting */ |
| /*MT6252RF*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6252RF*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6252RF*/ { agcptr++; |
| /*MT6252RF*/ } |
| /*MT6252RF*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6252RF*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6252RF*/ setting = agcptr->setting + bit_no; |
| /*MT6252RF*/ } |
| /*MT6252RF*/ |
| /*MT6252RF*/ *gain_setting = setting; |
| /*MT6252RF*/ return( real_gain ); |
| /*MT6252RF*/ } |
| /*MT6252RF*/ |
| #endif |
| |
| #if IS_RF_MT6256RF |
| /*MT6256RF*/ |
| /*MT6256RF*/ #define GAIN_STEP 6 |
| /*MT6256RF*/ #define PVOFSL 34 |
| /*MT6256RF*/ #define PVOFSH 34 |
| /*MT6256RF*/ #define INSERTION_LOSS (3*(PWRRES)) //Insertion loss is 3dB |
| /*MT6256RF*/ #define RF_GSM850_MAXGAIN (( 62-PVOFSL )*(PWRRES)) |
| /*MT6256RF*/ #define RF_GSM850_MINGAIN (( 2-PVOFSL )*(PWRRES)) |
| /*MT6256RF*/ #define RF_GSM_MAXGAIN (( 62-PVOFSL )*(PWRRES)) |
| /*MT6256RF*/ #define RF_GSM_MINGAIN (( 2-PVOFSL )*(PWRRES)) |
| /*MT6256RF*/ #define RF_DCS_MAXGAIN (( 62-PVOFSH )*(PWRRES)) |
| /*MT6256RF*/ #define RF_DCS_MINGAIN (( 0-PVOFSH )*(PWRRES)) |
| /*MT6256RF*/ #define RF_PCS_MAXGAIN (( 62-PVOFSH )*(PWRRES)) |
| /*MT6256RF*/ #define RF_PCS_MINGAIN (( 0-PVOFSH )*(PWRRES)) |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* GSM850....................................................................*/ |
| /*MT6256RF*/ |
| /*MT6256RF*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6256RF*/ { { GBOUND(( 32-PVOFSL ),( 26-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), BSI_CW(0x60, 0x40) }, |
| /*MT6256RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 2-PVOFSL ) ), BSI_CW(0x60, 0x00) }, |
| /*MT6256RF*/ }; |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* GSM900....................................................................*/ |
| /*MT6256RF*/ |
| /*MT6256RF*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6256RF*/ { { GBOUND(( 32-PVOFSL ),( 26-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), BSI_CW(0x60, 0x40) }, |
| /*MT6256RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 2-PVOFSL ) ), BSI_CW(0x60, 0x00) }, |
| /*MT6256RF*/ }; |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* DCS1800...................................................................*/ |
| /*MT6256RF*/ |
| /*MT6256RF*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6256RF*/ { { GBOUND(( 32-PVOFSL ),( 22-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), BSI_CW(0x60, 0x40) }, |
| /*MT6256RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 0-PVOFSL ) ), BSI_CW(0x60, 0x00) }, |
| /*MT6256RF*/ }; |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* PCS1900...................................................................*/ |
| /*MT6256RF*/ |
| /*MT6256RF*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6256RF*/ { { GBOUND(( 32-PVOFSL ),( 22-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), BSI_CW(0x60, 0x40) }, |
| /*MT6256RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 0-PVOFSL ) ), BSI_CW(0x60, 0x00) }, |
| /*MT6256RF*/ }; |
| /*MT6256RF*/ |
| /*MT6256RF*/ /*...........................................................................*/ |
| /*MT6256RF*/ |
| /*MT6256RF*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6256RF*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6256RF*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6256RF*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6256RF*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6256RF*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6256RF*/ }; |
| /*MT6256RF*/ |
| /*MT6256RF*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6256RF*/ { 0, /*#FrequencyBand400 */ |
| /*MT6256RF*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6256RF*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6256RF*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6256RF*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6256RF*/ }; |
| /*MT6256RF*/ |
| /*MT6256RF*/ const int GAIN_STEP_TABLE[] = |
| /*MT6256RF*/ { 10, 18, 26, 34, 42, 45, 53 }; /* gain step for high/low LNA gain */ |
| /*MT6256RF*/ /* Low LNA gain : { 10, 18, 26, 34, 42 } */ |
| /*MT6256RF*/ /* High LNA gain : { 18, 26, 34, 42, 45, 53 } */ |
| /*MT6256RF*/ |
| /*MT6256RF*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6256RF*/ |
| /*MT6256RF*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6256RF*/ { int max_gain, min_gain, real_gain; |
| /*MT6256RF*/ const int* d32ptr; |
| /*MT6256RF*/ const sL1DAGCDATA* agcptr; |
| /*MT6256RF*/ long setting; |
| /*MT6256RF*/ int bit_no, gain_step, idx_shift_value; |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* evaluate the range of available gain */ |
| /*MT6256RF*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6256RF*/ max_gain = *d32ptr++; |
| /*MT6256RF*/ min_gain = *d32ptr; |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* clipping the request gain to the avialable gain */ |
| /*MT6256RF*/ if( request_gain>=max_gain ) |
| /*MT6256RF*/ { request_gain = max_gain; } |
| /*MT6256RF*/ else if( request_gain<=min_gain ) |
| /*MT6256RF*/ { request_gain = min_gain; } |
| /*MT6256RF*/ |
| /*MT6256RF*/ /* evaluate the real gain setting */ |
| /*MT6256RF*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6256RF*/ idx_shift_value = 1; //Since the lowest gain step of high LNA gain case is 18 |
| /*MT6256RF*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6256RF*/ { agcptr++; |
| /*MT6256RF*/ idx_shift_value = 0; |
| /*MT6256RF*/ } |
| /*MT6256RF*/ { |
| /*MT6256RF*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6256RF*/ gain_step = GAIN_STEP_TABLE[bit_no+idx_shift_value]; //Use bit_no to choose gain step |
| /*MT6256RF*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ) - INSERTION_LOSS; |
| /*MT6256RF*/ setting = agcptr->setting + gain_step; |
| /*MT6256RF*/ } |
| /*MT6256RF*/ |
| /*MT6256RF*/ *gain_setting = setting; |
| /*MT6256RF*/ return( real_gain ); |
| /*MT6256RF*/ } |
| /*MT6256RF*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6256RF*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6256RF*/ { |
| /*MT6256RF*/ int bit_value, shift_value; |
| /*MT6256RF*/ unsigned short left_idx, right_idx, mid_idx, idx; |
| /*MT6256RF*/ |
| /*MT6256RF*/ shift_value = (gain_setting>>6) & 0x1; |
| /*MT6256RF*/ bit_value = gain_setting & 0x3F; |
| /*MT6256RF*/ left_idx = 0; |
| /*MT6256RF*/ right_idx = sizeof(GAIN_STEP_TABLE)/sizeof(int)-1; |
| /*MT6256RF*/ |
| /*MT6256RF*/ while( left_idx < right_idx ) |
| /*MT6256RF*/ { |
| /*MT6256RF*/ mid_idx = (left_idx + right_idx) >> 1; |
| /*MT6256RF*/ |
| /*MT6256RF*/ if( bit_value <= GAIN_STEP_TABLE[mid_idx]) |
| /*MT6256RF*/ right_idx = mid_idx; |
| /*MT6256RF*/ else |
| /*MT6256RF*/ left_idx = mid_idx + 1; |
| /*MT6256RF*/ } |
| /*MT6256RF*/ |
| /*MT6256RF*/ idx = right_idx; |
| /*MT6256RF*/ |
| /*MT6256RF*/ if( shift_value == 1 ) |
| /*MT6256RF*/ return (idx + 4); |
| /*MT6256RF*/ else |
| /*MT6256RF*/ return (idx); |
| /*MT6256RF*/ } |
| /*MT6256RF*/ |
| #endif |
| #endif |
| |
| #if IS_RF_MT6251RF || IS_RF_MT6255RF |
| /*MT6251RF*/ |
| /*MT6251RF*/ #define GAIN_STEP 6 |
| /*MT6251RF*/ #define PVOFSL 34 |
| /*MT6251RF*/ #define PVOFSH 34 |
| #if IS_RF_MT6255RF |
| /*MT6251RF*/ #define INSERTION_LOSS (2*(PWRRES)) //Insertion loss is 2dB |
| #else |
| /*MT6251RF*/ #define INSERTION_LOSS (0*(PWRRES)) //Insertion loss is 0dB |
| #endif |
| /*MT6251RF*/ #define RF_GSM850_MAXGAIN (( 62-PVOFSL )*(PWRRES)) |
| /*MT6251RF*/ #define RF_GSM850_MINGAIN (( 0-PVOFSL )*(PWRRES)) |
| /*MT6251RF*/ #define RF_GSM_MAXGAIN (( 62-PVOFSL )*(PWRRES)) |
| /*MT6251RF*/ #define RF_GSM_MINGAIN (( 0-PVOFSL )*(PWRRES)) |
| /*MT6251RF*/ #define RF_DCS_MAXGAIN (( 62-PVOFSH )*(PWRRES)) |
| /*MT6251RF*/ #define RF_DCS_MINGAIN (( 0-PVOFSH )*(PWRRES)) |
| /*MT6251RF*/ #define RF_PCS_MAXGAIN (( 62-PVOFSH )*(PWRRES)) |
| /*MT6251RF*/ #define RF_PCS_MINGAIN (( 0-PVOFSH )*(PWRRES)) |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* GSM850....................................................................*/ |
| /*MT6251RF*/ |
| /*MT6251RF*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*MT6251RF*/ { { GBOUND(( 32-PVOFSL ),( 22-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), 0x6000040 }, |
| /*MT6251RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 0-PVOFSL ) ), 0x6000000 }, |
| /*MT6251RF*/ }; |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* GSM900....................................................................*/ |
| /*MT6251RF*/ |
| /*MT6251RF*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*MT6251RF*/ { { GBOUND(( 32-PVOFSL ),( 22-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), 0x6000040 }, |
| /*MT6251RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 0-PVOFSL ) ), 0x6000000 }, |
| /*MT6251RF*/ }; |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* DCS1800...................................................................*/ |
| /*MT6251RF*/ |
| /*MT6251RF*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2] = |
| /*MT6251RF*/ { { GBOUND(( 32-PVOFSL ),( 22-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), 0x6000040 }, |
| /*MT6251RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 0-PVOFSL ) ), 0x6000000 }, |
| /*MT6251RF*/ }; |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* PCS1900...................................................................*/ |
| /*MT6251RF*/ |
| /*MT6251RF*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2] = |
| /*MT6251RF*/ { { GBOUND(( 32-PVOFSL ),( 22-PVOFSL ) ), GC_A( 0,( 32-PVOFSL ) ), 0x6000040 }, |
| /*MT6251RF*/ { GBOUND(( 0-PVOFSL ),( 0-PVOFSL ) ), GC_A( 0,( 0-PVOFSL ) ), 0x6000000 }, |
| /*MT6251RF*/ }; |
| /*MT6251RF*/ |
| /*MT6251RF*/ /*...........................................................................*/ |
| /*MT6251RF*/ |
| /*MT6251RF*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6251RF*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6251RF*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6251RF*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6251RF*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6251RF*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6251RF*/ }; |
| /*MT6251RF*/ |
| /*MT6251RF*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6251RF*/ { 0, /*#FrequencyBand400 */ |
| /*MT6251RF*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6251RF*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6251RF*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6251RF*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6251RF*/ }; |
| /*MT6251RF*/ |
| /*MT6251RF*/ const int GAIN_STEP_TABLE[] = |
| /*MT6251RF*/ { 10, 18, 26, 34, 42, 45, 53 }; //gain step for high/low LNA gain |
| /*MT6251RF*/ //Low LNA gain : { 10, 18, 26, 34, 42 } |
| /*MT6251RF*/ //High LNA gain : { 18, 26, 34, 42, 45, 53 } |
| /*MT6251RF*/ |
| /*MT6251RF*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6251RF*/ |
| /*MT6251RF*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6251RF*/ { int max_gain, min_gain, real_gain; |
| /*MT6251RF*/ const int* d32ptr; |
| /*MT6251RF*/ const sL1DAGCDATA* agcptr; |
| /*MT6251RF*/ long setting; |
| /*MT6251RF*/ int bit_no, gain_step, idx_shift_value; |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* evaluate the range of available gain */ |
| /*MT6251RF*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6251RF*/ max_gain = *d32ptr++; |
| /*MT6251RF*/ min_gain = *d32ptr; |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* clipping the request gain to the avialable gain */ |
| /*MT6251RF*/ if( request_gain>=max_gain ) |
| /*MT6251RF*/ { request_gain = max_gain; } |
| /*MT6251RF*/ else if( request_gain<=min_gain ) |
| /*MT6251RF*/ { request_gain = min_gain; } |
| /*MT6251RF*/ |
| /*MT6251RF*/ /* evaluate the real gain setting */ |
| /*MT6251RF*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6251RF*/ idx_shift_value = 1; //the lowest gain step of high LNA gain case is 18 |
| /*MT6251RF*/ if( request_gain < agcptr->pos_gain ) |
| /*MT6251RF*/ { agcptr++; |
| /*MT6251RF*/ idx_shift_value = 0; |
| /*MT6251RF*/ } |
| /*MT6251RF*/ { |
| /*MT6251RF*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6251RF*/ gain_step = GAIN_STEP_TABLE[bit_no+idx_shift_value]; //Use bit_no to choose gain step |
| /*MT6251RF*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ) - INSERTION_LOSS; |
| /*MT6251RF*/ setting = agcptr->setting + gain_step; |
| /*MT6251RF*/ if( gain_step == 10 ) |
| /*MT6251RF*/ { |
| /*MT6251RF*/ setting += 128; // The LNA setting of the lowest gain is 10, not 00 |
| /*MT6251RF*/ real_gain = -259; // The real gain of lowest gain has 1.6dB offset, (-34+1.6)*8=-259 |
| /*MT6251RF*/ } |
| /*MT6251RF*/ } |
| /*MT6251RF*/ |
| /*MT6251RF*/ *gain_setting = setting; |
| /*MT6251RF*/ return( real_gain ); |
| /*MT6251RF*/ } |
| /*MT6251RF*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6251RF*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6251RF*/ { |
| /*MT6251RF*/ int bit_value, shift_value; |
| /*MT6251RF*/ unsigned short left_idx, right_idx, mid_idx, idx; |
| /*MT6251RF*/ |
| /*MT6251RF*/ shift_value = (gain_setting>>6) & 0x1; |
| /*MT6251RF*/ bit_value = gain_setting & 0x3F; |
| /*MT6251RF*/ left_idx = 0; |
| /*MT6251RF*/ right_idx = sizeof(GAIN_STEP_TABLE)/sizeof(int)-1; |
| /*MT6251RF*/ |
| /*MT6251RF*/ while( left_idx < right_idx ) |
| /*MT6251RF*/ { |
| /*MT6251RF*/ mid_idx = (left_idx + right_idx) >> 1; |
| /*MT6251RF*/ |
| /*MT6251RF*/ if( bit_value <= GAIN_STEP_TABLE[mid_idx]) |
| /*MT6251RF*/ right_idx = mid_idx; |
| /*MT6251RF*/ else |
| /*MT6251RF*/ left_idx = mid_idx + 1; |
| /*MT6251RF*/ } |
| /*MT6251RF*/ |
| /*MT6251RF*/ idx = right_idx; |
| /*MT6251RF*/ |
| /*MT6251RF*/ if( shift_value == 1 ) |
| /*MT6251RF*/ return (idx + 4); |
| /*MT6251RF*/ else |
| /*MT6251RF*/ return (idx); |
| /*MT6251RF*/ } |
| /*MT6251RF*/ |
| #endif |
| #endif |
| |
| #if IS_RF_SKY74045 |
| /*SKY74045*/ |
| /*SKY74045*/ #define GAIN_STEP 2 // no used |
| /*SKY74045*/ |
| /*SKY74045*/ #define RF_GSM850_MAXGAIN ( (100.8)*(PWRRES)) |
| /*SKY74045*/ #define RF_GSM850_MINGAIN ( ( 10.8)*(PWRRES)) |
| /*SKY74045*/ #define RF_GSM_MAXGAIN ( (100.8)*(PWRRES)) |
| /*SKY74045*/ #define RF_GSM_MINGAIN ( ( 10.8)*(PWRRES)) |
| /*SKY74045*/ #define RF_DCS_MAXGAIN ( (101.8)*(PWRRES)) |
| /*SKY74045*/ #define RF_DCS_MINGAIN ( ( 7.8)*(PWRRES)) |
| /*SKY74045*/ #define RF_PCS_MAXGAIN ( (100.6)*(PWRRES)) |
| /*SKY74045*/ #define RF_PCS_MINGAIN ( ( 8.6)*(PWRRES)) |
| /*SKY74045*/ |
| /*SKY74045*/ |
| /*SKY74045*/ /* GSM850....................................................................*/ |
| /*SKY74045*/ const sL1DAGCDATA AGC_TABLE_GSM850[7] = |
| /*SKY74045*/ { { GBOUND( 78.8, 76.8 ), GC_A( 0, 78.8 )-1, 0x00405F }, |
| /*SKY74045*/ { GBOUND( 66.8, 64.8 ), GC_A( 0, 66.8 )-1, 0x00404F }, |
| /*SKY74045*/ { GBOUND( 60.8, 58.8 ), GC_A( 0, 60.8 )-1, 0x004057 }, |
| /*SKY74045*/ { GBOUND( 48.8, 46.8 ), GC_A( 0, 48.8 )-1, 0x004047 }, |
| /*SKY74045*/ { GBOUND( 40.8, 38.8 ), GC_A( 0, 40.8 )-1, 0x004053 }, |
| /*SKY74045*/ { GBOUND( 28.8, 26.8 ), GC_A( 0, 28.8 )-1, 0x004043 }, |
| /*SKY74045*/ { GBOUND( 10.8, 10.8 ), GC_A( 0, 10.8 )-1, 0x004003 }, |
| /*SKY74045*/ }; |
| /*SKY74045*/ |
| /*SKY74045*/ /* GSM900....................................................................*/ |
| /*SKY74045*/ const sL1DAGCDATA AGC_TABLE_GSM900[7] = |
| /*SKY74045*/ { { GBOUND( 78.8, 76.8 ), GC_A( 0, 78.8 )-1, 0x00405F }, |
| /*SKY74045*/ { GBOUND( 66.8, 64.8 ), GC_A( 0, 66.8 )-1, 0x00404F }, |
| /*SKY74045*/ { GBOUND( 60.8, 58.8 ), GC_A( 0, 60.8 )-1, 0x004057 }, |
| /*SKY74045*/ { GBOUND( 48.8, 46.8 ), GC_A( 0, 48.8 )-1, 0x004047 }, |
| /*SKY74045*/ { GBOUND( 40.8, 38.8 ), GC_A( 0, 40.8 )-1, 0x004053 }, |
| /*SKY74045*/ { GBOUND( 28.8, 26.8 ), GC_A( 0, 28.8 )-1, 0x004043 }, |
| /*SKY74045*/ { GBOUND( 10.8, 10.8 ), GC_A( 0, 10.8 )-1, 0x004003 }, |
| /*SKY74045*/ }; |
| /*SKY74045*/ |
| /*SKY74045*/ /*DCS1800...................................................................*/ |
| /*SKY74045*/ |
| /*SKY74045*/ const sL1DAGCDATA AGC_TABLE_DCS1800[7] = |
| /*SKY74045*/ { { GBOUND( 77.8, 75.8 ), GC_A( 0, 77.8 )-1, 0x00805F }, |
| /*SKY74045*/ { GBOUND( 65.8, 63.8 ), GC_A( 0, 65.8 )-1, 0x00804F }, |
| /*SKY74045*/ { GBOUND( 59.8, 57.8 ), GC_A( 0, 59.8 )-1, 0x008057 }, |
| /*SKY74045*/ { GBOUND( 47.8, 45.8 ), GC_A( 0, 47.8 )-1, 0x008047 }, |
| /*SKY74045*/ { GBOUND( 37.8, 35.8 ), GC_A( 0, 37.8 )-1, 0x008053 }, |
| /*SKY74045*/ { GBOUND( 25.8, 23.8 ), GC_A( 0, 25.8 )-1, 0x008043 }, |
| /*SKY74045*/ { GBOUND( 7.8, 7.8 ), GC_A( 0, 7.8 )-1, 0x008003 }, |
| /*SKY74045*/ }; |
| /*SKY74045*/ |
| /*SKY74045*/ /* PCS1900...................................................................*/ |
| /*SKY74045*/ |
| /*SKY74045*/ const sL1DAGCDATA AGC_TABLE_PCS1900[7] = |
| /*SKY74045*/ { { GBOUND( 76.6, 74.6 ), GC_A( 0, 76.6 ), 0x00C05F }, |
| /*SKY74045*/ { GBOUND( 64.6, 62.6 ), GC_A( 0, 64.6 ), 0x00C04F }, |
| /*SKY74045*/ { GBOUND( 58.6, 56.6 ), GC_A( 0, 58.6 ), 0x00C057 }, |
| /*SKY74045*/ { GBOUND( 46.6, 44.6 ), GC_A( 0, 46.6 ), 0x00C047 }, |
| /*SKY74045*/ { GBOUND( 38.6, 36.6 ), GC_A( 0, 38.6 ), 0x00C053 }, |
| /*SKY74045*/ { GBOUND( 26.6, 24.6 ), GC_A( 0, 26.6 ), 0x00C043 }, |
| /*SKY74045*/ { GBOUND( 8.6, 8.6 ), GC_A( 0, 8.6 ), 0x00C003 }, |
| /*SKY74045*/ }; |
| /*SKY74045*/ |
| /*SKY74045*/ /*...........................................................................*/ |
| /*SKY74045*/ |
| /*SKY74045*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*SKY74045*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*SKY74045*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /*#FrequencyBand850 */ |
| /*SKY74045*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*SKY74045*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*SKY74045*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*SKY74045*/ }; |
| /*SKY74045*/ |
| /*SKY74045*/ /*...........................................................................*/ |
| /*SKY74045*/ |
| /*SKY74045*/ const sL1DAGCDATA* AGC_TABLE[] = |
| /*SKY74045*/ { 0, /*#FrequencyBand400 */ |
| /*SKY74045*/ AGC_TABLE_GSM850, /*#FrequencyBand850 */ |
| /*SKY74045*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*SKY74045*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*SKY74045*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*SKY74045*/ }; |
| /*SKY74045*/ /*...........................................................................*/ |
| /*SKY74045*/ |
| /*SKY74045*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*SKY74045*/ { int max_gain, min_gain, real_gain; |
| /*SKY74045*/ const int* d32ptr; |
| /*SKY74045*/ const sL1DAGCDATA* agcptr; |
| /*SKY74045*/ long setting; |
| /*SKY74045*/ int bit_no; |
| /*SKY74045*/ int left, right, middle; |
| /*SKY74045*/ |
| /*SKY74045*/ /* transfer power gain to voltage gain */ |
| /*SKY74045*/ request_gain = request_gain + 34*8; |
| /*SKY74045*/ |
| /*SKY74045*/ /* evaluate the range of available gain */ |
| /*SKY74045*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*SKY74045*/ max_gain = *d32ptr++; |
| /*SKY74045*/ min_gain = *d32ptr; |
| /*SKY74045*/ |
| /*SKY74045*/ /* clipping the request gain to the avialable gain */ |
| /*SKY74045*/ if( request_gain>=max_gain ) |
| /*SKY74045*/ { request_gain = max_gain; } |
| /*SKY74045*/ else if( request_gain<=min_gain ) |
| /*SKY74045*/ { request_gain = min_gain; } |
| /*SKY74045*/ |
| /*SKY74045*/ /* evaluate the real gain setting */ |
| /*SKY74045*/ agcptr = AGC_TABLE[rf_band]; |
| /*SKY74045*/ |
| /*SKY74045*/ /* binary search */ |
| /*SKY74045*/ left = 0; right = 6; |
| /*SKY74045*/ while (left <= right) |
| /*SKY74045*/ { |
| /*SKY74045*/ middle = (left + right)/2; |
| /*SKY74045*/ if ( request_gain > (agcptr+middle)->pos_gain ) |
| /*SKY74045*/ right = middle - 1; |
| /*SKY74045*/ else if ( request_gain < (agcptr+middle)->pos_gain ) |
| /*SKY74045*/ left = middle + 1; |
| /*SKY74045*/ else |
| /*SKY74045*/ { |
| /*SKY74045*/ left = middle; |
| /*SKY74045*/ break; |
| /*SKY74045*/ } |
| /*SKY74045*/ } |
| /*SKY74045*/ if (left > 6) |
| /*SKY74045*/ left--; |
| /*SKY74045*/ |
| /*SKY74045*/ agcptr = (agcptr+left); |
| /*SKY74045*/ |
| /*SKY74045*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*SKY74045*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*SKY74045*/ /* transfer voltage gain to power gain */ |
| /*SKY74045*/ real_gain = real_gain - 34*8; |
| /*SKY74045*/ |
| /*SKY74045*/ if (left != 6) //if not last region |
| /*SKY74045*/ { bit_no = bit_no + (int)(bit_no/3); |
| /*SKY74045*/ setting = agcptr->setting | ((bit_no&0x1)<<13) | ((bit_no&0x2)<<11) | ((bit_no&0x4)<<9) | ((bit_no&0x8)<<7) | ((bit_no&0x10)<<5); |
| /*SKY74045*/ } |
| /*SKY74045*/ else if (left == 6) //else if last region |
| /*SKY74045*/ { bit_no = bit_no + (int)(bit_no/3) + 8; |
| /*SKY74045*/ setting = agcptr->setting | ((bit_no&0x1)<<13) | ((bit_no&0x2)<<11) | (((~bit_no)&0x1c)<<3); |
| /*SKY74045*/ } |
| /*SKY74045*/ } |
| /*SKY74045*/ |
| /*SKY74045*/ *gain_setting = setting; |
| /*SKY74045*/ return( real_gain ); |
| /*SKY74045*/ } |
| /*SKY74045*/ |
| #endif |
| |
| #if IS_RF_AERO2 |
| /*AERO2*/ |
| /*AERO2*/ #define GAIN_STEP 1 |
| /*AERO2*/ #define PVOFSL (-25.0) |
| /*AERO2*/ #define PVOFSH (-25.0) |
| /*AERO2*/ #define RF_GSM850_MAXGAIN (( 94.0 + PVOFSL )*(PWRRES)) |
| /*AERO2*/ #define RF_GSM850_MINGAIN (( 8.0 + PVOFSL )*(PWRRES)) |
| /*AERO2*/ #define RF_GSM_MAXGAIN (( 94.0 + PVOFSL )*(PWRRES)) |
| /*AERO2*/ #define RF_GSM_MINGAIN (( 8.0 + PVOFSL )*(PWRRES)) |
| /*AERO2*/ #define RF_DCS_MAXGAIN (( 94.0 + PVOFSH )*(PWRRES)) |
| /*AERO2*/ #define RF_DCS_MINGAIN (( 8.0 + PVOFSH )*(PWRRES)) |
| /*AERO2*/ #define RF_PCS_MAXGAIN (( 94.0 + PVOFSH )*(PWRRES)) |
| /*AERO2*/ #define RF_PCS_MINGAIN (( 8.0 + PVOFSH )*(PWRRES)) |
| /*AERO2*/ |
| /*AERO2*/ /* GSM850....................................................................*/ |
| /*AERO2*/ |
| /*AERO2*/ const sL1DAGCDATA AGC_TABLE_GSM850[6] = |
| /*AERO2*/ { { GBOUND( ( 76.0 + PVOFSL ),( 77.0 + PVOFSL ) ), GC_A( 46, ( 77.0 + PVOFSL ) ), 0x00C020 }, |
| /*AERO2*/ { GBOUND( ( 72.0 + PVOFSL ),( 73.0 + PVOFSL ) ), GC_A( 46, ( 73.0 + PVOFSL ) ), 0x00B020 }, |
| /*AERO2*/ { GBOUND( ( 68.0 + PVOFSL ),( 69.0 + PVOFSL ) ), GC_A( 46, ( 69.0 + PVOFSL ) ), 0x00A020 }, |
| /*AERO2*/ { GBOUND( ( 64.0 + PVOFSL ),( 65.0 + PVOFSL ) ), GC_A( 46, ( 65.0 + PVOFSL ) ), 0x009020 }, |
| /*AERO2*/ { GBOUND( ( 14.0 + PVOFSL ),( 15.0 + PVOFSL ) ), GC_A( 0, ( 15.0 + PVOFSL ) ), 0x008020 }, |
| /*AERO2*/ { GBOUND( ( 8.0 + PVOFSL ),( 8.0 + PVOFSL ) ), GC_A( 8, ( 8.0 + PVOFSL ) ), 0x000020 }, |
| /*AERO2*/ }; |
| /*AERO2*/ |
| /*AERO2*/ /* GSM900....................................................................*/ |
| /*AERO2*/ |
| /*AERO2*/ const sL1DAGCDATA AGC_TABLE_GSM900[6] = |
| /*AERO2*/ { { GBOUND( ( 76.0 + PVOFSL ),( 77.0 + PVOFSL ) ), GC_A( 46, ( 77.0 + PVOFSL ) ), 0x00C020 }, |
| /*AERO2*/ { GBOUND( ( 72.0 + PVOFSL ),( 73.0 + PVOFSL ) ), GC_A( 46, ( 73.0 + PVOFSL ) ), 0x00B020 }, |
| /*AERO2*/ { GBOUND( ( 68.0 + PVOFSL ),( 69.0 + PVOFSL ) ), GC_A( 46, ( 69.0 + PVOFSL ) ), 0x00A020 }, |
| /*AERO2*/ { GBOUND( ( 64.0 + PVOFSL ),( 65.0 + PVOFSL ) ), GC_A( 46, ( 65.0 + PVOFSL ) ), 0x009020 }, |
| /*AERO2*/ { GBOUND( ( 14.0 + PVOFSL ),( 15.0 + PVOFSL ) ), GC_A( 0, ( 15.0 + PVOFSL ) ), 0x008020 }, |
| /*AERO2*/ { GBOUND( ( 8.0 + PVOFSL ),( 8.0 + PVOFSL ) ), GC_A( 8, ( 8.0 + PVOFSL ) ), 0x000020 }, |
| /*AERO2*/ }; |
| /*AERO2*/ |
| /*AERO2*/ /* DCS1800...................................................................*/ |
| /*AERO2*/ |
| /*AERO2*/ const sL1DAGCDATA AGC_TABLE_DCS1800[6] = |
| /*AERO2*/ { { GBOUND( ( 76.0 + PVOFSH ),( 77.0 + PVOFSH ) ), GC_A( 46, ( 77.0 + PVOFSH ) ), 0x00C020 }, |
| /*AERO2*/ { GBOUND( ( 72.0 + PVOFSH ),( 73.0 + PVOFSH ) ), GC_A( 46, ( 73.0 + PVOFSH ) ), 0x00B020 }, |
| /*AERO2*/ { GBOUND( ( 68.0 + PVOFSH ),( 69.0 + PVOFSH ) ), GC_A( 46, ( 69.0 + PVOFSH ) ), 0x00A020 }, |
| /*AERO2*/ { GBOUND( ( 64.0 + PVOFSH ),( 65.0 + PVOFSH ) ), GC_A( 46, ( 65.0 + PVOFSH ) ), 0x009020 }, |
| /*AERO2*/ { GBOUND( ( 14.0 + PVOFSH ),( 15.0 + PVOFSH ) ), GC_A( 0, ( 15.0 + PVOFSH ) ), 0x008020 }, |
| /*AERO2*/ { GBOUND( ( 8.0 + PVOFSH ),( 8.0 + PVOFSH ) ), GC_A( 0, ( 8.0 + PVOFSH ) ), 0x000020 }, |
| /*AERO2*/ }; |
| /*AERO2*/ |
| /*AERO2*/ /* PCS1900...................................................................*/ |
| /*AERO2*/ |
| /*AERO2*/ const sL1DAGCDATA AGC_TABLE_PCS1900[6] = |
| /*AERO2*/ { { GBOUND( ( 76.0 + PVOFSH ),( 77.0 + PVOFSH ) ), GC_A( 46, ( 77.0 + PVOFSH ) ), 0x00C020 }, |
| /*AERO2*/ { GBOUND( ( 72.0 + PVOFSH ),( 73.0 + PVOFSH ) ), GC_A( 46, ( 73.0 + PVOFSH ) ), 0x00B020 }, |
| /*AERO2*/ { GBOUND( ( 68.0 + PVOFSH ),( 69.0 + PVOFSH ) ), GC_A( 46, ( 69.0 + PVOFSH ) ), 0x00A020 }, |
| /*AERO2*/ { GBOUND( ( 64.0 + PVOFSH ),( 65.0 + PVOFSH ) ), GC_A( 46, ( 65.0 + PVOFSH ) ), 0x009020 }, |
| /*AERO2*/ { GBOUND( ( 14.0 + PVOFSH ),( 15.0 + PVOFSH ) ), GC_A( 0, ( 15.0 + PVOFSH ) ), 0x008020 }, |
| /*AERO2*/ { GBOUND( ( 8.0 + PVOFSH ),( 8.0 + PVOFSH ) ), GC_A( 0, ( 8.0 + PVOFSH ) ), 0x000020 }, |
| /*AERO2*/ }; |
| /*AERO2*/ |
| /*AERO2*/ /*...........................................................................*/ |
| /*AERO2*/ |
| /*AERO2*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*AERO2*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*AERO2*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*AERO2*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*AERO2*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*AERO2*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*AERO2*/ }; |
| /*AERO2*/ |
| /*AERO2*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*AERO2*/ { 0, /*#FrequencyBand400 */ |
| /*AERO2*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*AERO2*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*AERO2*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*AERO2*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*AERO2*/ }; |
| /*AERO2*/ |
| /*AERO2*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*AERO2*/ |
| /*AERO2*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*AERO2*/ { int max_gain, min_gain, real_gain; |
| /*AERO2*/ const int* d32ptr; |
| /*AERO2*/ const sL1DAGCDATA* agcptr; |
| /*AERO2*/ long setting; |
| /*AERO2*/ int bit_no; |
| /*AERO2*/ |
| /*AERO2*/ /* evaluate the range of available gain */ |
| /*AERO2*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*AERO2*/ max_gain = *d32ptr++; |
| /*AERO2*/ min_gain = *d32ptr; |
| /*AERO2*/ |
| /*AERO2*/ /* clipping the request gain to the avialable gain */ |
| /*AERO2*/ if( request_gain>=max_gain ) |
| /*AERO2*/ { request_gain = max_gain; } |
| /*AERO2*/ else if( request_gain<=min_gain ) |
| /*AERO2*/ { request_gain = min_gain; } |
| /*AERO2*/ |
| /*AERO2*/ /* evaluate the real gain setting */ |
| /*AERO2*/ agcptr = AGC_TABLE[rf_band]; |
| /*AERO2*/ agcptr += 2; |
| /*AERO2*/ if( request_gain >= agcptr->pos_gain ) |
| /*AERO2*/ { agcptr -= 2; //#1 |
| /*AERO2*/ if( request_gain < agcptr->pos_gain ) |
| /*AERO2*/ { agcptr += 1; //#2 |
| /*AERO2*/ if(request_gain < agcptr->pos_gain ) |
| /*AERO2*/ { agcptr += 1; //#3 |
| /*AERO2*/ } |
| /*AERO2*/ } |
| /*AERO2*/ } |
| /*AERO2*/ else |
| /*AERO2*/ { agcptr += 1; //#4 |
| /*AERO2*/ if( request_gain < agcptr->pos_gain ) |
| /*AERO2*/ { agcptr += 1; //#5 |
| /*AERO2*/ if(request_gain < agcptr->pos_gain ) |
| /*AERO2*/ { agcptr += 1; //#6 |
| /*AERO2*/ } |
| /*AERO2*/ } |
| /*AERO2*/ } |
| /*AERO2*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*AERO2*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*AERO2*/ setting = agcptr->setting + (bit_no<<6); |
| /*AERO2*/ } |
| /*AERO2*/ |
| /*AERO2*/ *gain_setting = setting; |
| /*AERO2*/ return( real_gain ); |
| /*AERO2*/ } |
| /*AERO2*/ |
| #endif |
| |
| #if IS_RF_SKY74137 |
| /*SKY74137*/ |
| /*SKY74137*/ #define GAIN_STEP 2 // no used |
| /*SKY74137*/ |
| /*SKY74137*/ #define RF_GSM850_MAXGAIN ( (95+2)*(PWRRES)) |
| /*SKY74137*/ #define RF_GSM850_MINGAIN ( ( 3+2)*(PWRRES)) |
| /*SKY74137*/ #define RF_GSM_MAXGAIN RF_GSM850_MAXGAIN |
| /*SKY74137*/ #define RF_GSM_MINGAIN RF_GSM850_MINGAIN |
| /*SKY74137*/ #define RF_DCS_MAXGAIN RF_GSM850_MAXGAIN |
| /*SKY74137*/ #define RF_DCS_MINGAIN RF_GSM850_MINGAIN |
| /*SKY74137*/ #define RF_PCS_MAXGAIN RF_GSM850_MAXGAIN |
| /*SKY74137*/ #define RF_PCS_MINGAIN RF_GSM850_MINGAIN |
| /*SKY74137*/ |
| /*SKY74137*/ |
| /*SKY74137*/ /* GSM850....................................................................*/ |
| /*SKY74137*/ const sL1DAGCDATA AGC_TABLE_GSM850[12] = |
| /*SKY74137*/ { { GBOUND( 83+2, 81+2 ), GC_A( 0, 83+2 ), 0xA23C24 }, |
| /*SKY74137*/ { GBOUND( 71+2, 69+2 ), GC_A( 0, 71+2 ), 0xA23824 }, |
| /*SKY74137*/ { GBOUND( 65+2, 63+2 ), GC_A( 0, 65+2 ), 0xA23424 }, |
| /*SKY74137*/ { GBOUND( 59+2, 57+2 ), GC_A( 0, 59+2 ), 0xA22824 }, |
| /*SKY74137*/ { GBOUND( 55+2, 53+2 ), GC_A( 0, 55+2 ), 0xA22464 }, |
| /*SKY74137*/ { GBOUND( 47+2, 45+2 ), GC_A( 0, 47+2 ), 0xA02824 }, |
| /*SKY74137*/ { GBOUND( 39+2, 37+2 ), GC_A( 0, 39+2 ), 0xA20824 }, |
| /*SKY74137*/ { GBOUND( 33+2, 31+2 ), GC_A( 0, 33+2 ), 0xA20424 }, |
| /*SKY74137*/ { GBOUND( 27+2, 25+2 ), GC_A( 0, 27+2 ), 0xA00824 }, |
| /*SKY74137*/ { GBOUND( 21+2, 19+2 ), GC_A( 0, 21+2 ), 0xA00424 }, |
| /*SKY74137*/ { GBOUND( 15+2, 13+2 ), GC_A( 0, 15+2 ), 0xA00414 }, |
| /*SKY74137*/ { GBOUND( 3+2, 3+2 ), GC_A( 0, 3+2 ), 0xA00014 }, |
| /*SKY74137*/ }; |
| /*SKY74137*/ |
| /*SKY74137*/ /* GSM900....................................................................*/ |
| /*SKY74137*/ const sL1DAGCDATA AGC_TABLE_GSM900[7] = |
| /*SKY74137*/ { { GBOUND( 78.8, 76.8 ), GC_A( 0, 78.8 )-1, 0x00405F }, |
| /*SKY74137*/ { GBOUND( 66.8, 64.8 ), GC_A( 0, 66.8 )-1, 0x00404F }, |
| /*SKY74137*/ { GBOUND( 60.8, 58.8 ), GC_A( 0, 60.8 )-1, 0x004057 }, |
| /*SKY74137*/ { GBOUND( 48.8, 46.8 ), GC_A( 0, 48.8 )-1, 0x004047 }, |
| /*SKY74137*/ { GBOUND( 40.8, 38.8 ), GC_A( 0, 40.8 )-1, 0x004053 }, |
| /*SKY74137*/ { GBOUND( 28.8, 26.8 ), GC_A( 0, 28.8 )-1, 0x004043 }, |
| /*SKY74137*/ { GBOUND( 10.8, 10.8 ), GC_A( 0, 10.8 )-1, 0x004003 }, |
| /*SKY74137*/ }; |
| /*SKY74137*/ |
| /*SKY74137*/ /*DCS1800...................................................................*/ |
| /*SKY74137*/ |
| /*SKY74137*/ const sL1DAGCDATA AGC_TABLE_DCS1800[7] = |
| /*SKY74137*/ { { GBOUND( 77.8, 75.8 ), GC_A( 0, 77.8 )-1, 0x00805F }, |
| /*SKY74137*/ { GBOUND( 65.8, 63.8 ), GC_A( 0, 65.8 )-1, 0x00804F }, |
| /*SKY74137*/ { GBOUND( 59.8, 57.8 ), GC_A( 0, 59.8 )-1, 0x008057 }, |
| /*SKY74137*/ { GBOUND( 47.8, 45.8 ), GC_A( 0, 47.8 )-1, 0x008047 }, |
| /*SKY74137*/ { GBOUND( 37.8, 35.8 ), GC_A( 0, 37.8 )-1, 0x008053 }, |
| /*SKY74137*/ { GBOUND( 25.8, 23.8 ), GC_A( 0, 25.8 )-1, 0x008043 }, |
| /*SKY74137*/ { GBOUND( 7.8, 7.8 ), GC_A( 0, 7.8 )-1, 0x008003 }, |
| /*SKY74137*/ }; |
| /*SKY74137*/ |
| /*SKY74137*/ /* PCS1900...................................................................*/ |
| /*SKY74137*/ |
| /*SKY74137*/ const sL1DAGCDATA AGC_TABLE_PCS1900[7] = |
| /*SKY74137*/ { { GBOUND( 76.6, 74.6 ), GC_A( 0, 76.6 ), 0x00C05F }, |
| /*SKY74137*/ { GBOUND( 64.6, 62.6 ), GC_A( 0, 64.6 ), 0x00C04F }, |
| /*SKY74137*/ { GBOUND( 58.6, 56.6 ), GC_A( 0, 58.6 ), 0x00C057 }, |
| /*SKY74137*/ { GBOUND( 46.6, 44.6 ), GC_A( 0, 46.6 ), 0x00C047 }, |
| /*SKY74137*/ { GBOUND( 38.6, 36.6 ), GC_A( 0, 38.6 ), 0x00C053 }, |
| /*SKY74137*/ { GBOUND( 26.6, 24.6 ), GC_A( 0, 26.6 ), 0x00C043 }, |
| /*SKY74137*/ { GBOUND( 8.6, 8.6 ), GC_A( 0, 8.6 ), 0x00C003 }, |
| /*SKY74137*/ }; |
| /*SKY74137*/ |
| /*SKY74137*/ /*...........................................................................*/ |
| /*SKY74137*/ |
| /*SKY74137*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*SKY74137*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*SKY74137*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*SKY74137*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*SKY74137*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*SKY74137*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*SKY74137*/ }; |
| /*SKY74137*/ |
| /*SKY74137*/ /*...........................................................................*/ |
| /*SKY74137*/ |
| /*SKY74137*/ const sL1DAGCDATA* AGC_TABLE[] = |
| /*SKY74137*/ { 0, /*#FrequencyBand400 */ |
| /*SKY74137*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*SKY74137*/ AGC_TABLE_GSM850, /* FrequencyBand900 */ |
| /*SKY74137*/ AGC_TABLE_GSM850, /* FrequencyBand1800 */ |
| /*SKY74137*/ AGC_TABLE_GSM850, /* FrequencyBand1900 */ |
| /*SKY74137*/ }; |
| /*SKY74137*/ /*...........................................................................*/ |
| /*SKY74137*/ |
| /*SKY74117*/ const short AGC_TABLE_SIZE[] = |
| /*SKY74117*/ { 0, /*#FrequencyBand400 */ |
| /*SKY74117*/ sizeof(AGC_TABLE_GSM850)/sizeof(sL1DAGCDATA), /* FrequencyBand850 */ |
| /*SKY74117*/ sizeof(AGC_TABLE_GSM850)/sizeof(sL1DAGCDATA), /* FrequencyBand900 */ |
| /*SKY74117*/ sizeof(AGC_TABLE_GSM850)/sizeof(sL1DAGCDATA), /* FrequencyBand1800 */ |
| /*SKY74117*/ sizeof(AGC_TABLE_GSM850)/sizeof(sL1DAGCDATA), /* FrequencyBand1900 */ |
| /*SKY74117*/ }; |
| /*SKY74137*/ /*...........................................................................*/ |
| /*SKY74137*/ |
| /*SKY74137*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*SKY74137*/ { int max_gain, min_gain, real_gain; |
| /*SKY74137*/ const int* d32ptr; |
| /*SKY74137*/ const sL1DAGCDATA* agcptr; |
| /*SKY74137*/ long setting; |
| /*SKY74137*/ int bit_no; |
| /*SKY74137*/ int left, right, middle; |
| /*SKY74137*/ |
| /*SKY74137*/ /* transfer power gain to voltage gain */ |
| /*SKY74137*/ request_gain = request_gain + 34*8; |
| /*SKY74137*/ |
| /*SKY74137*/ /* evaluate the range of available gain */ |
| /*SKY74137*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*SKY74137*/ max_gain = *d32ptr++; |
| /*SKY74137*/ min_gain = *d32ptr; |
| /*SKY74137*/ |
| /*SKY74137*/ /* clipping the request gain to the avialable gain */ |
| /*SKY74137*/ if( request_gain>=max_gain ) |
| /*SKY74137*/ { request_gain = max_gain; } |
| /*SKY74137*/ else if( request_gain<=min_gain ) |
| /*SKY74137*/ { request_gain = min_gain; } |
| /*SKY74137*/ |
| /*SKY74137*/ /* evaluate the real gain setting */ |
| /*SKY74137*/ agcptr = AGC_TABLE[rf_band]; |
| /*SKY74137*/ |
| /*SKY74137*/ /* binary search */ |
| /*SKY74137*/ left = 0; right = AGC_TABLE_SIZE[rf_band]-1; |
| /*SKY74137*/ while (left <= right) |
| /*SKY74137*/ { |
| /*SKY74137*/ middle = (left + right)/2; |
| /*SKY74137*/ if ( request_gain > (agcptr+middle)->pos_gain ) |
| /*SKY74137*/ right = middle - 1; |
| /*SKY74137*/ else if ( request_gain < (agcptr+middle)->pos_gain ) |
| /*SKY74137*/ left = middle + 1; |
| /*SKY74137*/ else |
| /*SKY74137*/ { |
| /*SKY74137*/ left = middle; |
| /*SKY74137*/ break; |
| /*SKY74137*/ } |
| /*SKY74137*/ } |
| /*SKY74137*/ |
| /*SKY74137*/ agcptr = (agcptr+left); |
| /*SKY74137*/ |
| /*SKY74137*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*SKY74137*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*SKY74137*/ /* transfer voltage gain to power gain */ |
| /*SKY74137*/ real_gain = real_gain - 34*8; |
| /*SKY74137*/ setting = agcptr->setting + (bit_no<<6); |
| /*SKY74137*/ } |
| /*SKY74137*/ |
| /*SKY74137*/ *gain_setting = setting; |
| /*SKY74137*/ return( real_gain ); |
| /*SKY74137*/ } |
| /*SKY74137*/ |
| #endif |
| |
| #if IS_RF_GRF6201 |
| /*GRF6201*/ |
| /*GRF6201*/ typedef struct |
| /*GRF6201*/ { |
| /*GRF6201*/ short pos_gain; |
| /*GRF6201*/ long setting; |
| /*GRF6201*/ short A; |
| /*GRF6201*/ short pos_bitno; |
| /*GRF6201*/ } sL1DAGCDATA_GCT; |
| /*GRF6201*/ |
| /*GRF6201*/ #define GAIN_STEP 2 |
| /*GRF6201*/ |
| /*GRF6201*/ #define RF_GSM850_MAXGAIN ( ( 68.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_GSM850_MINGAIN ( (-44.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_GSM_MAXGAIN ( ( 68.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_GSM_MINGAIN ( (-44.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_DCS_MAXGAIN ( ( 70.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_DCS_MINGAIN ( (-38.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_PCS_MAXGAIN ( ( 70.0)*(PWRRES)) |
| /*GRF6201*/ #define RF_PCS_MINGAIN ( (-36.0)*(PWRRES)) |
| /*GRF6201*/ |
| /*GRF6201*/ /* GSM850....................................................................*/ |
| /*GRF6201*/ |
| /*GRF6201*/ const sL1DAGCDATA_GCT AGC_TABLE_GSM850[8] = //Table060714 |
| /*GRF6201*/ { { GBOUND( 44.0, 42.0 ), (1L<<23)|(8L<<19)|(16L<<14)|(9L<<6)|2L, GC_A( 0, 44.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( 22.0, 20.0 ), (1L<<23)|(7L<<19)|( 1L<<10)|(9L<<6)|2L, GC_A( 5, 22.0 ), 14 }, |
| /*GRF6201*/ { GBOUND( 6.0, 4.0 ), (1L<<23)|(4L<<14)|( 3L<<10)|(5L<<6)|2L, GC_A( 2, 6.0 ), 19 }, |
| /*GRF6201*/ { GBOUND( 0.0, -4.0 ), (1L<<23)|(1L<<19)|( 4L<<14)|(5L<<6)|2L, GC_A( 1, 0.0 ), 10 }, |
| /*GRF6201*/ { GBOUND(-10.0,-16.0 ), (1L<<23)|(1L<<19)|( 1L<<10)|(4L<<6)|2L, GC_A( 0,-10.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-22.0,-24.0 ), (0L<<23)|(4L<<14)|( 7L<<10)|(3L<<6)|2L, GC_A( 0,-22.0 ), 19 }, |
| /*GRF6201*/ { GBOUND(-30.0,-32.0 ), (0L<<23)|(0L<<19)|( 7L<<10)|(3L<<6)|2L, GC_A( 0,-30.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-44.0,-44.0 ), (0L<<23)|(0L<<19)|( 0L<<14)|(3L<<6)|2L, GC_A( 0,-44.0 ), 10 }, |
| /*GRF6201*/ }; |
| /*GRF6201*/ |
| /*GRF6201*/ const sL1DAGCDATA_GCT AGC_TABLE_GSM900[8] = //Table060714 |
| /*GRF6201*/ { { GBOUND( 44.0, 42.0 ), (1L<<23)|(8L<<19)|(16L<<14)|(9L<<6)|2L, GC_A( 0, 44.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( 22.0, 20.0 ), (1L<<23)|(7L<<19)|( 1L<<10)|(9L<<6)|2L, GC_A( 5, 22.0 ), 14 }, |
| /*GRF6201*/ { GBOUND( 6.0, 4.0 ), (1L<<23)|(4L<<14)|( 3L<<10)|(5L<<6)|2L, GC_A( 2, 6.0 ), 19 }, |
| /*GRF6201*/ { GBOUND( 0.0, -4.0 ), (1L<<23)|(1L<<19)|( 4L<<14)|(5L<<6)|2L, GC_A( 1, 0.0 ), 10 }, |
| /*GRF6201*/ { GBOUND(-10.0,-16.0 ), (1L<<23)|(1L<<19)|( 1L<<10)|(4L<<6)|2L, GC_A( 0,-10.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-22.0,-24.0 ), (0L<<23)|(4L<<14)|( 7L<<10)|(3L<<6)|2L, GC_A( 0,-22.0 ), 19 }, |
| /*GRF6201*/ { GBOUND(-30.0,-32.0 ), (0L<<23)|(0L<<19)|( 7L<<10)|(3L<<6)|2L, GC_A( 0,-30.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-44.0,-44.0 ), (0L<<23)|(0L<<19)|( 0L<<14)|(3L<<6)|2L, GC_A( 0,-44.0 ), 10 }, |
| /*GRF6201*/ }; |
| /*GRF6201*/ |
| /*GRF6201*/ const sL1DAGCDATA_GCT AGC_TABLE_DCS1800[8] = //Table060714 |
| /*GRF6201*/ { { GBOUND( 46.0, 44.0 ), (1L<<23)|(8L<<19)|(16L<<14)|(8L<<6)|2L, GC_A( 0, 46.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( 24.0, 22.0 ), (1L<<23)|(7L<<19)|( 1L<<10)|(8L<<6)|2L, GC_A( 5, 24.0 ), 14 }, |
| /*GRF6201*/ { GBOUND( 8.0, 6.0 ), (1L<<23)|(4L<<14)|( 3L<<10)|(4L<<6)|2L, GC_A( 2, 8.0 ), 19 }, |
| /*GRF6201*/ { GBOUND( 4.0, 0.0 ), (1L<<23)|(1L<<19)|( 4L<<14)|(4L<<6)|2L, GC_A( 2, 4.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( -8.0,-10.0 ), (1L<<23)|(1L<<19)|( 1L<<10)|(3L<<6)|2L, GC_A( 0, -8.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-16.0,-18.0 ), (0L<<23)|(4L<<14)|( 7L<<10)|(3L<<6)|2L, GC_A( 0,-16.0 ), 19 }, |
| /*GRF6201*/ { GBOUND(-24.0,-26.0 ), (0L<<23)|(0L<<19)|( 7L<<10)|(3L<<6)|2L, GC_A( 0,-24.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-38.0,-38.0 ), (0L<<23)|(0L<<19)|( 0L<<14)|(3L<<6)|2L, GC_A( 0,-38.0 ), 10 }, |
| /*GRF6201*/ }; |
| /*GRF6201*/ |
| /*GRF6201*/ const sL1DAGCDATA_GCT AGC_TABLE_PCS1900[10] = //Table060714 |
| /*GRF6201*/ { { GBOUND( 46.0, 44.0 ), (1L<<23)|(8L<<19)|(16L<<14)|(7L<<6)|2L, GC_A( 0, 46.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( 40.0, 36.0 ), (1L<<23)|(7L<<19)|( 1L<<10)|(7L<<6)|2L, GC_A( 13, 40.0 ), 14 }, |
| /*GRF6201*/ { GBOUND( 22.0, 20.0 ), (1L<<23)|(7L<<19)|( 1L<<10)|(6L<<6)|2L, GC_A( 5, 22.0 ), 14 }, |
| /*GRF6201*/ { GBOUND( 20.0, 18.0 ), (1L<<23)|(8L<<19)|( 4L<<14)|(5L<<6)|2L, GC_A( 1, 20.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( 4.0, 2.0 ), (1L<<23)|(4L<<14)|( 2L<<10)|(3L<<6)|2L, GC_A( 1, 4.0 ), 19 }, |
| /*GRF6201*/ { GBOUND( 0.0, -2.0 ), (1L<<23)|(1L<<19)|( 4L<<14)|(3L<<6)|2L, GC_A( 0, 0.0 ), 10 }, |
| /*GRF6201*/ { GBOUND( -8.0,-10.0 ), (1L<<23)|(1L<<19)|( 0L<<10)|(3L<<6)|2L, GC_A( 0, -8.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-16.0,-18.0 ), (0L<<23)|(4L<<14)|( 6L<<10)|(3L<<6)|2L, GC_A( 0,-16.0 ), 19 }, |
| /*GRF6201*/ { GBOUND(-24.0,-26.0 ), (0L<<23)|(0L<<19)|( 6L<<10)|(3L<<6)|2L, GC_A( 0,-24.0 ), 14 }, |
| /*GRF6201*/ { GBOUND(-36.0,-36.0 ), (0L<<23)|(0L<<19)|( 0L<<14)|(3L<<6)|2L, GC_A( 0,-36.0 ), 10 }, |
| /*GRF6201*/ }; |
| /*GRF6201*/ |
| /*GRF6201*/ /*...........................................................................*/ |
| /*GRF6201*/ |
| /*GRF6201*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*GRF6201*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*GRF6201*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*GRF6201*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*GRF6201*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*GRF6201*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*GRF6201*/ }; |
| /*GRF6201*/ |
| /*GRF6201*/ const sL1DAGCDATA_GCT *const AGC_TABLE[] = |
| /*GRF6201*/ { 0, /*#FrequencyBand400 */ |
| /*GRF6201*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*GRF6201*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*GRF6201*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*GRF6201*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*GRF6201*/ }; |
| /*GRF6201*/ |
| /*GRF6201*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*GRF6201*/ |
| /*GRF6201*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*GRF6201*/ { int max_gain, min_gain, real_gain; |
| /*GRF6201*/ const int* d32ptr; |
| /*GRF6201*/ const sL1DAGCDATA_GCT* agcptr; |
| /*GRF6201*/ long setting; |
| /*GRF6201*/ int bit_no; |
| /*GRF6201*/ int left, right, middle; |
| /*GRF6201*/ |
| /*GRF6201*/ /* evaluate the range of available gain */ |
| /*GRF6201*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*GRF6201*/ max_gain = *d32ptr++; |
| /*GRF6201*/ min_gain = *d32ptr; |
| /*GRF6201*/ |
| /*GRF6201*/ /* clipping the request gain to the avialable gain */ |
| /*GRF6201*/ if( request_gain>=max_gain ) |
| /*GRF6201*/ { request_gain = max_gain; } |
| /*GRF6201*/ else if( request_gain<=min_gain ) |
| /*GRF6201*/ { request_gain = min_gain; } |
| /*GRF6201*/ |
| /*GRF6201*/ /*binary search*/ |
| /*GRF6201*/ agcptr = AGC_TABLE[rf_band]; |
| /*GRF6201*/ left = 0; |
| /*GRF6201*/ if ( rf_band == FrequencyBand1900 ) |
| /*GRF6201*/ right = 9; |
| /*GRF6201*/ else |
| /*GRF6201*/ right = 7; |
| /*GRF6201*/ |
| /*GRF6201*/ while (left <= right) |
| /*GRF6201*/ { middle = (left + right)/2; |
| /*GRF6201*/ if ( request_gain >= (agcptr+middle)->pos_gain ) |
| /*GRF6201*/ right = middle - 1; |
| /*GRF6201*/ else if ( request_gain < (agcptr+middle)->pos_gain ) |
| /*GRF6201*/ left = middle + 1; |
| /*GRF6201*/ } |
| /*GRF6201*/ agcptr = (agcptr+left); |
| /*GRF6201*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*GRF6201*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*GRF6201*/ setting = (agcptr->setting) | ( bit_no<<(agcptr->pos_bitno) ); |
| /*GRF6201*/ } |
| /*GRF6201*/ |
| /*GRF6201*/ *gain_setting = setting; |
| /*GRF6201*/ return( real_gain ); |
| /*GRF6201*/ } |
| /*GRF6201*/ |
| #endif |
| |
| #if IS_RF_IRFS3001 |
| /*IRFS3001*/ #define GAIN_STEP 1 |
| /*IRFS3001*/ |
| /*IRFS3001*/ #define RF_GSM850_MAXGAIN ( 72.0*(PWRRES) ) |
| /*IRFS3001*/ #define RF_GSM850_MINGAIN ( -22.0*(PWRRES) ) |
| /*IRFS3001*/ #define RF_GSM_MAXGAIN RF_GSM850_MAXGAIN |
| /*IRFS3001*/ #define RF_GSM_MINGAIN RF_GSM850_MINGAIN |
| /*IRFS3001*/ #define RF_DCS_MAXGAIN ( 69.0*(PWRRES) ) |
| /*IRFS3001*/ #define RF_DCS_MINGAIN ( -14.0*(PWRRES) ) |
| /*IRFS3001*/ #define RF_PCS_MAXGAIN RF_DCS_MAXGAIN |
| /*IRFS3001*/ #define RF_PCS_MINGAIN RF_DCS_MINGAIN |
| /*IRFS3001*/ |
| /*IRFS3001*/ /* GSM850 & GSM900 ..........................................................*/ |
| /*IRFS3001*/ |
| /*IRFS3001*/ const sL1DAGCDATA AGC_TABLE_GSM850[17] = |
| /*IRFS3001*/ { { GBOUND( 66.0, 67.0 ), GC_A( 0, 67.0 ), (0x30474<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 60.0, 61.0 ), GC_A( 0, 61.0 ), (0x303F4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 54.0, 55.0 ), GC_A( 0, 55.0 ), (0x303E4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 48.0, 49.0 ), GC_A( 0, 49.0 ), (0x30364<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 42.0, 43.0 ), GC_A( 0, 43.0 ), (0x30354<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 36.0, 37.0 ), GC_A( 0, 37.0 ), (0x302D4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 30.0, 31.0 ), GC_A( 0, 31.0 ), (0x302C4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 24.0, 25.0 ), GC_A( 0, 25.0 ), (0x30244<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 22.0, 23.0 ), GC_A( 4, 23.0 ), (0x30234<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 17.0, 18.0 ), GC_A( 0, 18.0 ), (0x30355<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 11.0, 12.0 ), GC_A( 0, 12.0 ), (0x302D5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 5.0, 6.0 ), GC_A( 0, 6.0 ), (0x302C5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( -1.0, 0.0 ), GC_A( 0, 0.0 ), (0x30245<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( -7.0, -6.0 ), GC_A( 0, -6.0 ), (0x30235<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND(-13.0,-12.0 ), GC_A( 0,-12.0 ), (0x301B5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND(-19.0,-18.0 ), GC_A( 0,-18.0 ), (0x301A5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND(-22.0,-22.0 ), GC_A( 2,-22.0 ), (0x30125<<6)|0x6 }, |
| /*IRFS3001*/ }; |
| /*IRFS3001*/ |
| /*IRFS3001*/ /* DCS1800 & PCS1900 .....................................................*/ |
| /*IRFS3001*/ |
| /*IRFS3001*/ const sL1DAGCDATA AGC_TABLE_DCS1800[15] = |
| /*IRFS3001*/ { { GBOUND( 63.0, 64.0 ), GC_A( 0, 64.0 ), (0x30474<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 57.0, 58.0 ), GC_A( 0, 58.0 ), (0x303F4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 51.0, 52.0 ), GC_A( 0, 52.0 ), (0x303E4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 45.0, 46.0 ), GC_A( 0, 46.0 ), (0x30364<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 39.0, 40.0 ), GC_A( 0, 40.0 ), (0x30354<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 33.0, 34.0 ), GC_A( 0, 34.0 ), (0x302D4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 27.0, 28.0 ), GC_A( 0, 28.0 ), (0x302C4<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 22.0, 23.0 ), GC_A( 1, 23.0 ), (0x30244<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 19.0, 20.0 ), GC_A( 0, 20.0 ), (0x302D5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 13.0, 14.0 ), GC_A( 0, 14.0 ), (0x302C5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 7.0, 8.0 ), GC_A( 0, 8.0 ), (0x30245<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND( 1.0, 2.0 ), GC_A( 0, 2.0 ), (0x30235<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND(- 5.0, -4.0 ), GC_A( 0, -4.0 ), (0x301B5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND(-11.0,-10.0 ), GC_A( 0,-10.0 ), (0x301A5<<6)|0x6 }, |
| /*IRFS3001*/ { GBOUND(-14.0,-14.0 ), GC_A( 2,-14.0 ), (0x30125<<6)|0x6 }, |
| /*IRFS3001*/ }; |
| /*IRFS3001*/ |
| /*IRFS3001*/ /*...........................................................................*/ |
| /*IRFS3001*/ |
| /*IRFS3001*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*IRFS3001*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*IRFS3001*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*IRFS3001*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*IRFS3001*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*IRFS3001*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*IRFS3001*/ }; |
| /*IRFS3001*/ |
| /*IRFS3001*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*IRFS3001*/ { 0, /*#FrequencyBand400 */ |
| /*IRFS3001*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*IRFS3001*/ AGC_TABLE_GSM850, /* FrequencyBand900 */ |
| /*IRFS3001*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*IRFS3001*/ AGC_TABLE_DCS1800, /* FrequencyBand1900 */ |
| /*IRFS3001*/ }; |
| /*IRFS3001*/ |
| /*IRFS3001*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*IRFS3001*/ |
| /*IRFS3001*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*IRFS3001*/ { int max_gain, min_gain, real_gain; |
| /*IRFS3001*/ const int* d32ptr; |
| /*IRFS3001*/ const sL1DAGCDATA* agcptr; |
| /*IRFS3001*/ long setting; |
| /*IRFS3001*/ int bit_no; |
| /*IRFS3001*/ int left, right, middle; |
| /*IRFS3001*/ |
| /*IRFS3001*/ /* evaluate the range of available gain */ |
| /*IRFS3001*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*IRFS3001*/ max_gain = *d32ptr++; |
| /*IRFS3001*/ min_gain = *d32ptr; |
| /*IRFS3001*/ |
| /*IRFS3001*/ /* clipping the request gain to the avialable gain */ |
| /*IRFS3001*/ if( request_gain>=max_gain ) |
| /*IRFS3001*/ { request_gain = max_gain; } |
| /*IRFS3001*/ else if( request_gain<=min_gain ) |
| /*IRFS3001*/ { request_gain = min_gain; } |
| /*IRFS3001*/ |
| /*IRFS3001*/ /* evaluate the real gain setting */ |
| /*IRFS3001*/ agcptr = AGC_TABLE[rf_band]; |
| /*IRFS3001*/ /*binary search*/ |
| /*IRFS3001*/ left = 0; |
| /*IRFS3001*/ if (rf_band == FrequencyBand850 || rf_band == FrequencyBand900) |
| /*IRFS3001*/ { right = 16; |
| /*IRFS3001*/ } |
| /*IRFS3001*/ else |
| /*IRFS3001*/ { right = 14; |
| /*IRFS3001*/ } |
| /*IRFS3001*/ while (left <= right) |
| /*IRFS3001*/ { |
| /*IRFS3001*/ middle = (left + right)/2; |
| /*IRFS3001*/ if ( request_gain >= (agcptr+middle)->pos_gain ) |
| /*IRFS3001*/ right = middle - 1; |
| /*IRFS3001*/ else |
| /*IRFS3001*/ left = middle + 1; |
| /*IRFS3001*/ } |
| /*IRFS3001*/ agcptr = (agcptr+left); |
| /*IRFS3001*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*IRFS3001*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*IRFS3001*/ setting = agcptr->setting | ((( 1<<(5-bit_no) )-1)<<17); |
| /*IRFS3001*/ |
| /*IRFS3001*/ *gain_setting = setting; |
| /*IRFS3001*/ return( real_gain ); |
| /*IRFS3001*/ } |
| /*IRFS3001*/ |
| #endif |
| |
| #if IS_RF_AD6548 |
| /*AD6548*/ #define GAIN_STEP 3 |
| /*AD6548*/ |
| /*AD6548*/ #define PVOFSL (-33) |
| /*AD6548*/ #define PVOFSH (-34) |
| /*AD6548*/ |
| /*AD6548*/ #define RF_GSM850_MAXGAIN ((80+PVOFSL)*(PWRRES)) |
| /*AD6548*/ #define RF_GSM850_MINGAIN (( 3+PVOFSL)*(PWRRES)) |
| /*AD6548*/ #define RF_GSM_MAXGAIN RF_GSM850_MAXGAIN |
| /*AD6548*/ #define RF_GSM_MINGAIN RF_GSM850_MINGAIN |
| /*AD6548*/ #define RF_DCS_MAXGAIN ((80+PVOFSH)*(PWRRES)) |
| /*AD6548*/ #define RF_DCS_MINGAIN (( 3+PVOFSH)*(PWRRES)) |
| /*AD6548*/ #define RF_PCS_MAXGAIN RF_DCS_MAXGAIN |
| /*AD6548*/ #define RF_PCS_MINGAIN RF_DCS_MINGAIN |
| /*AD6548*/ |
| /*AD6548*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*AD6548*/ { {GBOUND( (23+PVOFSL),(21+PVOFSL) ), GC_A(2,23+PVOFSL), 0x000005 }, |
| /*AD6548*/ {GBOUND( ( 3+PVOFSL),( 3+PVOFSL) ), GC_A(2, 3+PVOFSL), 0x001005 }, |
| /*AD6548*/ }; |
| /*AD6548*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*AD6548*/ { {GBOUND( (23+PVOFSL),(21+PVOFSL) ), GC_A(2,23+PVOFSL), 0x000005 }, |
| /*AD6548*/ {GBOUND( ( 3+PVOFSL),( 3+PVOFSL) ), GC_A(2, 3+PVOFSL), 0x001005 }, |
| /*AD6548*/ }; |
| /*AD6548*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2]= |
| /*AD6548*/ { {GBOUND( (23+PVOFSH),(21+PVOFSH) ), GC_A(2,23+PVOFSH), 0x000005 }, |
| /*AD6548*/ {GBOUND( ( 3+PVOFSH),( 3+PVOFSH) ), GC_A(2, 3+PVOFSH), 0x001005 }, |
| /*AD6548*/ }; |
| /*AD6548*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2]= |
| /*AD6548*/ { {GBOUND( (23+PVOFSH),(21+PVOFSH) ), GC_A(2,23+PVOFSH), 0x000005 }, |
| /*AD6548*/ {GBOUND( ( 3+PVOFSH),( 3+PVOFSH) ), GC_A(2, 3+PVOFSH), 0x001005 }, |
| /*AD6548*/ }; |
| /*AD6548*/ |
| /*AD6548*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*AD6548*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*AD6548*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*AD6548*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*AD6548*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*AD6548*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*AD6548*/ }; |
| /*AD6548*/ |
| /*AD6548*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*AD6548*/ { 0, /*#FrequencyBand400 */ |
| /*AD6548*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*AD6548*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*AD6548*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*AD6548*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*AD6548*/ }; |
| /*AD6548*/ |
| /*AD6548*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*AD6548*/ { int max_gain, min_gain, real_gain; |
| /*AD6548*/ const int* d32ptr; |
| /*AD6548*/ const sL1DAGCDATA* agcptr; |
| /*AD6548*/ long setting; |
| /*AD6548*/ int bit_no; |
| /*AD6548*/ |
| /*AD6548*/ /* evaluate the range of available gain */ |
| /*AD6548*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*AD6548*/ max_gain = *d32ptr++; |
| /*AD6548*/ min_gain = *d32ptr; |
| /*AD6548*/ |
| /*AD6548*/ /* clipping the request gain to the avialable gain */ |
| /*AD6548*/ if( request_gain>=max_gain ) |
| /*AD6548*/ { request_gain = max_gain; } |
| /*AD6548*/ else if( request_gain<=min_gain ) |
| /*AD6548*/ { request_gain = min_gain; } |
| /*AD6548*/ |
| /*AD6548*/ /* evaluate the real gain setting */ |
| /*AD6548*/ agcptr = AGC_TABLE[rf_band]; |
| /*AD6548*/ if( request_gain < agcptr->pos_gain ) |
| /*AD6548*/ { agcptr++; |
| /*AD6548*/ } |
| /*AD6548*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*AD6548*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*AD6548*/ setting = agcptr->setting | (bit_no<<7); |
| /*AD6548*/ } |
| /*AD6548*/ |
| /*AD6548*/ *gain_setting = setting; |
| /*AD6548*/ return( real_gain ); |
| /*AD6548*/ } |
| /*AD6548*/ |
| #endif |
| |
| #if IS_RF_AD6546 |
| /*AD6546*/ #define GAIN_STEP 3 |
| /*AD6546*/ |
| /*AD6546*/ #define PVOFSL (-33) |
| /*AD6546*/ #define PVOFSH (-33) |
| /*AD6546*/ |
| /*AD6546*/ #define RF_GSM850_MAXGAIN ((74+PVOFSL)*(PWRRES)) |
| /*AD6546*/ #define RF_GSM850_MINGAIN (( 3+PVOFSL)*(PWRRES)) |
| /*AD6546*/ #define RF_GSM_MAXGAIN RF_GSM850_MAXGAIN |
| /*AD6546*/ #define RF_GSM_MINGAIN RF_GSM850_MINGAIN |
| /*AD6546*/ #define RF_DCS_MAXGAIN ((74+PVOFSH)*(PWRRES)) |
| /*AD6546*/ #define RF_DCS_MINGAIN (( 3+PVOFSH)*(PWRRES)) |
| /*AD6546*/ #define RF_PCS_MAXGAIN RF_DCS_MAXGAIN |
| /*AD6546*/ #define RF_PCS_MINGAIN RF_DCS_MINGAIN |
| /*AD6546*/ |
| /*AD6546*/ const sL1DAGCDATA AGC_TABLE_GSM850[2] = |
| /*AD6546*/ { {GBOUND( (23+PVOFSL),(21+PVOFSL) ), GC_A(2,23+PVOFSL), 0x000005 }, |
| /*AD6546*/ {GBOUND( ( 3+PVOFSL),( 3+PVOFSL) ), GC_A(2, 3+PVOFSL), 0x001005 }, |
| /*AD6546*/ }; |
| /*AD6546*/ const sL1DAGCDATA AGC_TABLE_GSM900[2] = |
| /*AD6546*/ { {GBOUND( (23+PVOFSL),(21+PVOFSL) ), GC_A(2,23+PVOFSL), 0x000005 }, |
| /*AD6546*/ {GBOUND( ( 3+PVOFSL),( 3+PVOFSL) ), GC_A(2, 3+PVOFSL), 0x001005 }, |
| /*AD6546*/ }; |
| /*AD6546*/ const sL1DAGCDATA AGC_TABLE_DCS1800[2]= |
| /*AD6546*/ { {GBOUND( (23+PVOFSH),(21+PVOFSH) ), GC_A(2,23+PVOFSH), 0x000005 }, |
| /*AD6546*/ {GBOUND( ( 3+PVOFSH),( 3+PVOFSH) ), GC_A(2, 3+PVOFSH), 0x001005 }, |
| /*AD6546*/ }; |
| /*AD6546*/ const sL1DAGCDATA AGC_TABLE_PCS1900[2]= |
| /*AD6546*/ { {GBOUND( (23+PVOFSH),(21+PVOFSH) ), GC_A(2,23+PVOFSH), 0x000005 }, |
| /*AD6546*/ {GBOUND( ( 3+PVOFSH),( 3+PVOFSH) ), GC_A(2, 3+PVOFSH), 0x001005 }, |
| /*AD6546*/ }; |
| /*AD6546*/ |
| /*AD6546*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*AD6546*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*AD6546*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*AD6546*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*AD6546*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*AD6546*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*AD6546*/ }; |
| /*AD6546*/ |
| /*AD6546*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*AD6546*/ { 0, /*#FrequencyBand400 */ |
| /*AD6546*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*AD6546*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*AD6546*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*AD6546*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*AD6546*/ }; |
| /*AD6546*/ |
| /*AD6546*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*AD6546*/ { |
| /*AD6546*/ int max_gain, min_gain, real_gain; |
| /*AD6546*/ const int* d32ptr; |
| /*AD6546*/ const sL1DAGCDATA* agcptr; |
| /*AD6546*/ long setting; |
| /*AD6546*/ int bit_no; |
| /*AD6546*/ |
| /*AD6546*/ /* evaluate the range of available gain */ |
| /*AD6546*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*AD6546*/ max_gain = *d32ptr++; |
| /*AD6546*/ min_gain = *d32ptr; |
| /*AD6546*/ |
| /*AD6546*/ /* clipping the request gain to the avialable gain */ |
| /*AD6546*/ if( request_gain>=max_gain ) |
| /*AD6546*/ { request_gain = max_gain; } |
| /*AD6546*/ else if( request_gain<=min_gain ) |
| /*AD6546*/ { request_gain = min_gain; } |
| /*AD6546*/ |
| /*AD6546*/ /* evaluate the real gain setting */ |
| /*AD6546*/ agcptr = AGC_TABLE[rf_band]; |
| /*AD6546*/ if( request_gain < agcptr->pos_gain ) |
| /*AD6546*/ { agcptr++; |
| /*AD6546*/ } |
| /*AD6546*/ { bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*AD6546*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*AD6546*/ setting = agcptr->setting | (bit_no<<7); |
| /*AD6546*/ } |
| /*AD6546*/ |
| /*AD6546*/ *gain_setting = setting; |
| /*AD6546*/ return( real_gain ); |
| /*AD6546*/ } |
| /*AD6546*/ |
| #endif |
| |
| #if IS_RF_MT6162 || IS_RF_MT6163 |
| /*MT6162*/ #define GAIN_STEP 3 |
| /*MT6162*/ |
| /*MT6162*/ #define PVOFSL (34) |
| /*MT6162*/ #define PVOFSH (34) |
| /*MT6162*/ |
| /*MT6162*/ #define RF_GSM850_MAXGAIN ((66-PVOFSL)*(PWRRES)) |
| /*MT6162*/ #define RF_GSM850_MINGAIN (( 9-PVOFSL)*(PWRRES)) |
| /*MT6162*/ #define RF_GSM_MAXGAIN RF_GSM850_MAXGAIN |
| /*MT6162*/ #define RF_GSM_MINGAIN RF_GSM850_MINGAIN |
| /*MT6162*/ #define RF_DCS_MAXGAIN ((66-PVOFSH)*(PWRRES)) |
| /*MT6162*/ #define RF_DCS_MINGAIN (( 9-PVOFSH)*(PWRRES)) |
| /*MT6162*/ #define RF_PCS_MAXGAIN RF_DCS_MAXGAIN |
| /*MT6162*/ #define RF_PCS_MINGAIN RF_DCS_MINGAIN |
| /*MT6162*/ |
| /*MT6162*/ const sL1DAGCDATA AGC_TABLE_GSM850[3] = |
| /*MT6162*/ { {GBOUND( (54-PVOFSL),(51-PVOFSL) ), GC_A(8,54-PVOFSL), 0x00300 }, |
| /*MT6162*/ {GBOUND( (36-PVOFSL),(33-PVOFSL) ), GC_A(5,36-PVOFSL), 0x00200 }, |
| /*MT6162*/ {GBOUND( ( 9-PVOFSL),( 9-PVOFSL) ), GC_A(0, 9-PVOFSL), 0x00100 }, |
| /*MT6162*/ }; |
| /*MT6162*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*MT6162*/ { {GBOUND( (54-PVOFSL),(51-PVOFSL) ), GC_A(8,54-PVOFSL), 0x00300 }, |
| /*MT6162*/ {GBOUND( (36-PVOFSL),(33-PVOFSL) ), GC_A(5,36-PVOFSL), 0x00200 }, |
| /*MT6162*/ {GBOUND( ( 9-PVOFSL),( 9-PVOFSL) ), GC_A(0, 9-PVOFSL), 0x00100 }, |
| /*MT6162*/ }; |
| /*MT6162*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3]= |
| /*MT6162*/ { {GBOUND( (54-PVOFSH),(51-PVOFSH) ), GC_A(8,54-PVOFSH), 0x00300 }, |
| /*MT6162*/ {GBOUND( (36-PVOFSH),(33-PVOFSH) ), GC_A(5,36-PVOFSH), 0x00200 }, |
| /*MT6162*/ {GBOUND( ( 9-PVOFSH),( 9-PVOFSH) ), GC_A(0, 9-PVOFSH), 0x00100 }, |
| /*MT6162*/ }; |
| /*MT6162*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3]= |
| /*MT6162*/ { {GBOUND( (54-PVOFSH),(51-PVOFSH) ), GC_A(8,54-PVOFSH), 0x00300 }, |
| /*MT6162*/ {GBOUND( (36-PVOFSH),(33-PVOFSH) ), GC_A(5,36-PVOFSH), 0x00200 }, |
| /*MT6162*/ {GBOUND( ( 9-PVOFSH),( 9-PVOFSH) ), GC_A(0, 9-PVOFSH), 0x00100 }, |
| /*MT6162*/ }; |
| /*MT6162*/ |
| /*MT6162*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6162*/ { { 0, 0 }, /* FrequencyBand400 */ |
| /*MT6162*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6162*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6162*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6162*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6162*/ }; |
| /*MT6162*/ |
| /*MT6162*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6162*/ { 0, /* FrequencyBand400 */ |
| /*MT6162*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6162*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6162*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6162*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6162*/ }; |
| /*MT6162*/ |
| /*MT6162*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6162*/ { |
| /*MT6162*/ int max_gain, min_gain, real_gain; |
| /*MT6162*/ const int* d32ptr; |
| /*MT6162*/ const sL1DAGCDATA* agcptr; |
| /*MT6162*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6162*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6162*/ long setting; |
| /*MT6162*/ int bit_no, idx, lna_path_loss; |
| /*MT6162*/ #if IS_RF_RX_DCOC_SUPPORT |
| /*MT6162*/ int biquad_gain; |
| /*MT6162*/ signed short dc_offset_i, dc_offset_q; |
| /*MT6162*/ #endif |
| /*MT6162*/ |
| /*MT6162*/ /* evaluate the range of available gain */ |
| /*MT6162*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6162*/ max_gain = *d32ptr++; |
| /*MT6162*/ min_gain = *d32ptr; |
| /*MT6162*/ |
| /*MT6162*/ |
| /*MT6162*/ /* choose the LNA path loss */ |
| /*MT6162*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6162*/ /* get the arfcn section */ |
| /*MT6162*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6162*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6162*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6162*/ { break; } |
| /*MT6162*/ ofsptr++; |
| /*MT6162*/ lnaptr++; |
| /*MT6162*/ } |
| /*MT6162*/ |
| /*MT6162*/ /* evaluate the real gain setting */ |
| /*MT6162*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6162*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6162*/ { agcptr++; |
| /*MT6162*/ if(agcptr->pos_gain == GBOUND( ( 9-PVOFSL),( 9-PVOFSL) )) |
| /*MT6162*/ { |
| /*MT6162*/ break; |
| /*MT6162*/ } |
| /*MT6162*/ } |
| /*MT6162*/ { idx = (int)(((agcptr->setting)>>8)&0x3); |
| /*MT6162*/ if( idx==3 ) /* LNA_High */ |
| /*MT6162*/ { lna_path_loss = 0; } |
| /*MT6162*/ else if( idx==2 ) /* LNA_Middle */ |
| /*MT6162*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6162*/ else /* LNA_Low */ |
| /*MT6162*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6162*/ |
| /*MT6162*/ request_gain+=lna_path_loss; |
| /*MT6162*/ |
| /*MT6162*/ /* clipping the request gain to the avialable gain */ |
| /*MT6162*/ if( request_gain>=max_gain ) |
| /*MT6162*/ { request_gain = max_gain; } |
| /*MT6162*/ else if( request_gain<=min_gain ) |
| /*MT6162*/ { request_gain = min_gain; } |
| /*MT6162*/ |
| /*MT6162*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6162*/ real_gain = -lna_path_loss+REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6162*/ setting = agcptr->setting | (bit_no&0xF); |
| /*MT6162*/ } |
| /*MT6162*/ |
| /*MT6162*/ *gain_setting = setting; |
| /*MT6162*/ |
| /*MT6162*/ l1d_rf2.rx_dc_offset = 0; |
| /*MT6162*/ #if IS_RF_RX_DCOC_SUPPORT |
| /*MT6162*/ biquad_gain = BBGAIN_DECODE_TABLE[(setting&0xF)][0]; |
| /*MT6162*/ dc_offset_i = l1d_rf2.rx_dc_offset_i[rf_band-1][biquad_gain/6]; |
| /*MT6162*/ dc_offset_q = l1d_rf2.rx_dc_offset_q[rf_band-1][biquad_gain/6]; |
| /*MT6162*/ #if IS_RF_RX_DCOC_WITH_PRECISION_IMPROVEMENT |
| /*MT6162*/ if( dc_offset_i>0 ) |
| /*MT6162*/ dc_offset_i = ( ( dc_offset_i+(1<<(ALPHA_FILTER_SCALE-1)))>>ALPHA_FILTER_SCALE ); |
| /*MT6162*/ else |
| /*MT6162*/ dc_offset_i = (-((-dc_offset_i+(1<<(ALPHA_FILTER_SCALE-1)))>>ALPHA_FILTER_SCALE)); |
| /*MT6162*/ if( dc_offset_q>0 ) |
| /*MT6162*/ dc_offset_q = ( ( dc_offset_q+(1<<(ALPHA_FILTER_SCALE-1)))>>ALPHA_FILTER_SCALE ); |
| /*MT6162*/ else |
| /*MT6162*/ dc_offset_q = (-((-dc_offset_q+(1<<(ALPHA_FILTER_SCALE-1)))>>ALPHA_FILTER_SCALE)); |
| /*MT6162*/ #endif /* IS_RF_RX_DCOC_WITH_PRECISION_IMPROVEMENT */ |
| /*MT6162*/ l1d_rf2.rx_dc_offset = (unsigned long)(((dc_offset_q&0xFF)<<8)|(dc_offset_i&0xFF) ); |
| /*MT6162*/ #endif |
| /*MT6162*/ |
| /*MT6162*/ return( real_gain ); |
| /*MT6162*/ } |
| /*MT6162*/ |
| #endif |
| |
| #if IS_RF_MT6280RF |
| /*MT6280RF*/ |
| /*MT6280RF*/ #define GAIN_STEP 3 |
| /*MT6280RF*/ #define PVOFSL 34 |
| /*MT6280RF*/ #define PVOFSH 34 |
| /*MT6280RF*/ #define MIXER_GAIN (9*(PWRRES)) |
| /*MT6280RF*/ #define RF_GSM850_MAXGAIN (( 51-PVOFSL )*(PWRRES)) |
| /*MT6280RF*/ #define RF_GSM850_MINGAIN (( -3-PVOFSL )*(PWRRES)) |
| /*MT6280RF*/ #define RF_GSM_MAXGAIN (( 51-PVOFSL )*(PWRRES)) |
| /*MT6280RF*/ #define RF_GSM_MINGAIN (( -3-PVOFSL )*(PWRRES)) |
| /*MT6280RF*/ #define RF_DCS_MAXGAIN (( 51-PVOFSH )*(PWRRES)) |
| /*MT6280RF*/ #define RF_DCS_MINGAIN (( -3-PVOFSH )*(PWRRES)) |
| /*MT6280RF*/ #define RF_PCS_MAXGAIN (( 51-PVOFSH )*(PWRRES)) |
| /*MT6280RF*/ #define RF_PCS_MINGAIN (( -3-PVOFSH )*(PWRRES)) |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* if no rx cal. DCOC_DACI/DCOC_DACQ in CW12 use the default value */ |
| /*MT6280RF*/ #define RXIF_DCOC_DACI_M 0x90000 |
| /*MT6280RF*/ #define RXIF_DCOC_DACQ_M 0x00000 |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* GSM850....................................................................*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ const sL1DAGCDATA AGC_TABLE_GSM850[3] = |
| /*MT6280RF*/ { { GBOUND(( 39-PVOFSL ),( 36-PVOFSL ) ), GC_A( 4,( 39-PVOFSL ) ), BSI_CW(0x0C, 0x00080) }, |
| /*MT6280RF*/ { GBOUND(( 21-PVOFSL ),( 18-PVOFSL ) ), GC_A( 2,( 21-PVOFSL ) ), BSI_CW(0x0C, 0x00020) }, |
| /*MT6280RF*/ { GBOUND(( -3-PVOFSL ),( -3-PVOFSL ) ), GC_A( 0,( -3-PVOFSL ) ), BSI_CW(0x0C, 0x00000) }, |
| /*MT6280RF*/ }; |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* GSM900....................................................................*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ const sL1DAGCDATA AGC_TABLE_GSM900[3] = |
| /*MT6280RF*/ { { GBOUND(( 39-PVOFSL ),( 36-PVOFSL ) ), GC_A( 4,( 39-PVOFSL ) ), BSI_CW(0x0C, 0x00080) }, |
| /*MT6280RF*/ { GBOUND(( 21-PVOFSL ),( 18-PVOFSL ) ), GC_A( 2,( 21-PVOFSL ) ), BSI_CW(0x0C, 0x00020) }, |
| /*MT6280RF*/ { GBOUND(( -3-PVOFSL ),( -3-PVOFSL ) ), GC_A( 0,( -3-PVOFSL ) ), BSI_CW(0x0C, 0x00000) }, |
| /*MT6280RF*/ }; |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* DCS1800...................................................................*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ const sL1DAGCDATA AGC_TABLE_DCS1800[3] = |
| /*MT6280RF*/ { { GBOUND(( 39-PVOFSH ),( 36-PVOFSH ) ), GC_A( 4,( 39-PVOFSH ) ), BSI_CW(0x0C, 0x00080) }, |
| /*MT6280RF*/ { GBOUND(( 21-PVOFSH ),( 18-PVOFSH ) ), GC_A( 2,( 21-PVOFSH ) ), BSI_CW(0x0C, 0x00020) }, |
| /*MT6280RF*/ { GBOUND(( -3-PVOFSH ),( -3-PVOFSH ) ), GC_A( 0,( -3-PVOFSH ) ), BSI_CW(0x0C, 0x00000) }, |
| /*MT6280RF*/ }; |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* PCS1900...................................................................*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ const sL1DAGCDATA AGC_TABLE_PCS1900[3] = |
| /*MT6280RF*/ { { GBOUND(( 39-PVOFSH ),( 36-PVOFSH ) ), GC_A( 4,( 39-PVOFSH ) ), BSI_CW(0x0C, 0x00080) }, |
| /*MT6280RF*/ { GBOUND(( 21-PVOFSH ),( 18-PVOFSH ) ), GC_A( 2,( 21-PVOFSH ) ), BSI_CW(0x0C, 0x00020) }, |
| /*MT6280RF*/ { GBOUND(( -3-PVOFSH ),( -3-PVOFSH ) ), GC_A( 0,( -3-PVOFSH ) ), BSI_CW(0x0C, 0x00000) }, |
| /*MT6280RF*/ }; |
| /*MT6280RF*/ |
| /*MT6280RF*/ /*...........................................................................*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6280RF*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6280RF*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6280RF*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6280RF*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6280RF*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6280RF*/ }; |
| /*MT6280RF*/ |
| /*MT6280RF*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6280RF*/ { 0, /*#FrequencyBand400 */ |
| /*MT6280RF*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6280RF*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6280RF*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6280RF*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6280RF*/ }; |
| /*MT6280RF*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6280RF*/ |
| /*MT6280RF*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6280RF*/ { int max_gain, min_gain, real_gain; |
| /*MT6280RF*/ const int* d32ptr; |
| /*MT6280RF*/ const sL1DAGCDATA* agcptr; |
| /*MT6280RF*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6280RF*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6280RF*/ long setting; |
| /*MT6280RF*/ int bit_no, idx, lna_path_loss; |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* evaluate the range of available gain */ |
| /*MT6280RF*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6280RF*/ max_gain = *d32ptr++; |
| /*MT6280RF*/ min_gain = *d32ptr; |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* clipping the request gain to the avialable gain */ |
| /*MT6280RF*/ if( request_gain>=max_gain ) |
| /*MT6280RF*/ { request_gain = max_gain; |
| /*MT6280RF*/ } |
| /*MT6280RF*/ else if( request_gain<=min_gain ) |
| /*MT6280RF*/ { request_gain = min_gain; |
| /*MT6280RF*/ } |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* choose the LNA path loss */ |
| /*MT6280RF*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6280RF*/ /* get the arfcn section */ |
| /*MT6280RF*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6280RF*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6280RF*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6280RF*/ { break; } |
| /*MT6280RF*/ ofsptr++; |
| /*MT6280RF*/ lnaptr++; |
| /*MT6280RF*/ } |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* evaluate the real gain setting */ |
| /*MT6280RF*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6280RF*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6280RF*/ { agcptr++; |
| /*MT6280RF*/ } |
| /*MT6280RF*/ { |
| /*MT6280RF*/ idx = (int)(((agcptr->setting)>>5)&0x7); |
| /*MT6280RF*/ if( idx==4 ) /* LNA_High */ |
| /*MT6280RF*/ { lna_path_loss = 0; } |
| /*MT6280RF*/ else if( idx==1 ) /* LNA_Middle */ |
| /*MT6280RF*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6280RF*/ else /* LNA_Low */ |
| /*MT6280RF*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6280RF*/ |
| /*MT6280RF*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6280RF*/ real_gain = -lna_path_loss+REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6280RF*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6280RF*/ if( ( ((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= -4*PWRRES) ) || ( ((l1d_rf.blk_flag)&(IBB_FOUND)) && (request_gain >= 8*PWRRES) ) ) |
| /*MT6280RF*/ { /* CW12: LNA GAIN |MIXER GAIN| IF GAIN */ |
| /*MT6280RF*/ setting = agcptr->setting | (0x1<<4) | (bit_no&0xF); |
| /*MT6280RF*/ real_gain -= MIXER_GAIN; |
| /*MT6280RF*/ } |
| /*MT6280RF*/ else |
| /*MT6280RF*/ #endif |
| /*MT6280RF*/ { setting = agcptr->setting | (bit_no&0xF); |
| /*MT6280RF*/ } |
| /*MT6280RF*/ } |
| /*MT6280RF*/ |
| /*MT6280RF*/ /* if cal. DCOC_DACI/DCOC_DACQ in CW12 use the calibrated data */ |
| /*MT6280RF*/ if( (l1d_rf2.is_power_on_cal)&(RXRC_DCOC_CAL_DONE) ) |
| /*MT6280RF*/ { setting |= ((l1d_rf2.rxif_dcoc_daci_m[rf_band-FrequencyBand850][bit_no]&0x3F)<<14) | ((l1d_rf2.rxif_dcoc_dacq_m[rf_band-FrequencyBand850][bit_no]&0x3F)<<8); |
| /*MT6280RF*/ } |
| /*MT6280RF*/ else |
| /*MT6280RF*/ { setting |= RXIF_DCOC_DACI_M | RXIF_DCOC_DACQ_M; |
| /*MT6280RF*/ } |
| /*MT6280RF*/ |
| /*MT6280RF*/ *gain_setting = setting; |
| /*MT6280RF*/ return( real_gain ); |
| /*MT6280RF*/ } |
| /*MT6280RF*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6280RF*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6280RF*/ { |
| /*MT6280RF*/ int lna_gain_setting; |
| /*MT6280RF*/ int tz_gain_setting; |
| /*MT6280RF*/ int if_gain_setting; |
| /*MT6280RF*/ |
| /*MT6280RF*/ lna_gain_setting = (gain_setting>>5) & 0x7; |
| /*MT6280RF*/ tz_gain_setting = (gain_setting>>4) & 0x1; |
| /*MT6280RF*/ if_gain_setting = (gain_setting>>0) & 0xF; /* bit_no */ |
| /*MT6280RF*/ |
| /*MT6280RF*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6280RF*/ if( tz_gain_setting == 0x1 ) /* ACI2 Gain Table */ |
| /*MT6280RF*/ { /* ----------------------------- */ |
| /*MT6280RF*/ if( lna_gain_setting == 0x4 ) /* gain| bit | tz_gain |lna_gain */ |
| /*MT6280RF*/ { /* idx| no | setting | setting */ |
| /*MT6280RF*/ return ( if_gain_setting+8 ); /* ----+-----+---------+-------- */ |
| /*MT6280RF*/ } /* 16 | 8 | (tz=1) | */ |
| /*MT6280RF*/ else if( lna_gain_setting == 0x1 ) /* 15 | 7 | | LNA */ |
| /*MT6280RF*/ { /* 14 | 6 | ACI2 | High */ |
| /*MT6280RF*/ if( if_gain_setting>=5 ) /* 13 | 5 | | Gain */ |
| /*MT6280RF*/ return ( if_gain_setting-4+8); /* 12 | 4 | Gain | */ |
| /*MT6280RF*/ else /* ----+-----| |-------- */ |
| /*MT6280RF*/ return 0; /* 11 | 7 | Table | LNA */ |
| /*MT6280RF*/ } /* 10 | 6 | | Mid */ |
| /*MT6280RF*/ else /* 9 | 5 | | Gain */ |
| /*MT6280RF*/ { /* ----+-----+---------+-------- */ |
| /*MT6280RF*/ return 0; /* 0 | 0~4 | other */ |
| /*MT6280RF*/ } /* ----------------------------- */ |
| /*MT6280RF*/ } |
| /*MT6280RF*/ else |
| /*MT6280RF*/ #endif |
| /*MT6280RF*/ { /* Normal Gain Table */ |
| /*MT6280RF*/ if( lna_gain_setting == 0x4 ) /* ----------------------------- */ |
| /*MT6280RF*/ { /* gain| bit | tz_gain |lna_gain */ |
| /*MT6280RF*/ return ( if_gain_setting ); /* idx| no | setting | setting */ |
| /*MT6280RF*/ } /* ----+-----+---------+-------- */ |
| /*MT6280RF*/ else if( lna_gain_setting == 0x1 ) /* 8 | 8 | (tz=0) | */ |
| /*MT6280RF*/ { /* 7 | 7 | | LNA */ |
| /*MT6280RF*/ if( if_gain_setting>=5 ) /* 6 | 6 | Normal | High */ |
| /*MT6280RF*/ return ( if_gain_setting-4 ); /* 5 | 5 | | Gain */ |
| /*MT6280RF*/ else /* 4 | 4 | Gain | */ |
| /*MT6280RF*/ return 0; /* ----+-----| |-------- */ |
| /*MT6280RF*/ } /* 3 | 7 | Table | LNA */ |
| /*MT6280RF*/ else /* 2 | 6 | | Mid */ |
| /*MT6280RF*/ { /* 1 | 5 | | Gain */ |
| /*MT6280RF*/ return 0; /* ----+-----+------------------ */ |
| /*MT6280RF*/ } /* 0 | 0~4 | other */ |
| /*MT6280RF*/ } /* ----------------------------- */ |
| /*MT6280RF*/ } |
| /*MT6280RF*/ |
| #endif |
| #endif |
| |
| #if IS_RF_MT6169 |
| /*MT6169*/ |
| /*MT6169*/ #define GAIN_STEP 3 |
| /*MT6169*/ #define PVOFSL 34 |
| /*MT6169*/ #define PVOFSH 34 |
| /*MT6169*/ #define LPF2_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6169*/ #define HRD_LB_THRESHOLD ROUNDINT((39.4-PVOFSL)*(PWRRES)) |
| /*MT6169*/ #define HRD_HB_THRESHOLD ROUNDINT((39.4-PVOFSH)*(PWRRES)) |
| /*MT6169*/ #define IBBD_LB_THRESHOLD ROUNDINT((42.4-PVOFSL)*(PWRRES)) |
| /*MT6169*/ #define IBBD_HB_THRESHOLD ROUNDINT((42.4-PVOFSH)*(PWRRES)) |
| /*MT6169*/ #define IBBD_REAL_GAIN1_L ROUNDINT((45.4-PVOFSL)*(PWRRES)) |
| /*MT6169*/ #define IBBD_REAL_GAIN1_H ROUNDINT((45.4-PVOFSH)*(PWRRES)) |
| /*MT6169*/ #define IBBD_REAL_GAIN2_L ROUNDINT((39.4-PVOFSL)*(PWRRES)) |
| /*MT6169*/ #define IBBD_REAL_GAIN2_H ROUNDINT((39.4-PVOFSH)*(PWRRES)) |
| /*MT6169*/ #define IBBD_GAIN1_SETTING BSI_CW(0x36, 0x8209E) |
| /*MT6169*/ #define IBBD_GAIN2_SETTING BSI_CW(0x36, 0x82096) |
| /*MT6169*/ #define RF_GSM850_MAXGAIN (( 51.4-PVOFSL )*(PWRRES)) |
| /*MT6169*/ #define RF_GSM850_MINGAIN (( -2.6-PVOFSL )*(PWRRES)) |
| /*MT6169*/ #define RF_GSM_MAXGAIN (( 51.4-PVOFSL )*(PWRRES)) |
| /*MT6169*/ #define RF_GSM_MINGAIN (( -2.6-PVOFSL )*(PWRRES)) |
| /*MT6169*/ #define RF_DCS_MAXGAIN (( 51.4-PVOFSH )*(PWRRES)) |
| /*MT6169*/ #define RF_DCS_MINGAIN (( -2.6-PVOFSH )*(PWRRES)) |
| /*MT6169*/ #define RF_PCS_MAXGAIN (( 51.4-PVOFSH )*(PWRRES)) |
| /*MT6169*/ #define RF_PCS_MINGAIN (( -2.6-PVOFSH )*(PWRRES)) |
| /*MT6169*/ |
| /*MT6169*/ /* GSM850....................................................................*/ |
| /*MT6169*/ |
| /*MT6169*/ const sL1DAGCDATA AGC_TABLE_GSM850[7] = |
| /*MT6169*/ { { GBOUND(( 51.4-PVOFSL ),( 42.4-PVOFSL ) ), GC_A( 6,( 51.4-PVOFSL ) ), BSI_CW(0x36, 0x820B8) }, |
| /*MT6169*/ { GBOUND(( 39.4-PVOFSL ),( 36.4-PVOFSL ) ), GC_A( 4,( 39.4-PVOFSL ) ), BSI_CW(0x36, 0x820B0) }, |
| /*MT6169*/ { GBOUND(( 27.4-PVOFSL ),( 24.4-PVOFSL ) ), GC_A( 2,( 27.4-PVOFSL ) ), BSI_CW(0x36, 0x82090) }, |
| /*MT6169*/ { GBOUND(( 21.4-PVOFSL ),( 18.4-PVOFSL ) ), GC_A( 2,( 21.4-PVOFSL ) ), BSI_CW(0x36, 0x82088) }, |
| /*MT6169*/ { GBOUND(( 9.4-PVOFSL ),( 6.4-PVOFSL ) ), GC_A( 2,( 9.4-PVOFSL ) ), BSI_CW(0x36, 0x82018) }, |
| /*MT6169*/ { GBOUND(( 3.4-PVOFSL ),( 0.4-PVOFSL ) ), GC_A( 2,( 3.4-PVOFSL ) ), BSI_CW(0x36, 0x82010) }, |
| /*MT6169*/ { GBOUND(( -2.6-PVOFSL ),( -2.6-PVOFSL ) ), GC_A( 2,( -2.6-PVOFSL ) ), BSI_CW(0x36, 0x82008) }, |
| /*MT6169*/ }; |
| /*MT6169*/ |
| /*MT6169*/ /* GSM900....................................................................*/ |
| /*MT6169*/ |
| /*MT6169*/ const sL1DAGCDATA AGC_TABLE_GSM900[7] = |
| /*MT6169*/ { { GBOUND(( 51.4-PVOFSL ),( 42.4-PVOFSL ) ), GC_A( 6,( 51.4-PVOFSL ) ), BSI_CW(0x36, 0x820B8) }, |
| /*MT6169*/ { GBOUND(( 39.4-PVOFSL ),( 36.4-PVOFSL ) ), GC_A( 4,( 39.4-PVOFSL ) ), BSI_CW(0x36, 0x820B0) }, |
| /*MT6169*/ { GBOUND(( 27.4-PVOFSL ),( 24.4-PVOFSL ) ), GC_A( 2,( 27.4-PVOFSL ) ), BSI_CW(0x36, 0x82090) }, |
| /*MT6169*/ { GBOUND(( 21.4-PVOFSL ),( 18.4-PVOFSL ) ), GC_A( 2,( 21.4-PVOFSL ) ), BSI_CW(0x36, 0x82088) }, |
| /*MT6169*/ { GBOUND(( 9.4-PVOFSL ),( 6.4-PVOFSL ) ), GC_A( 2,( 9.4-PVOFSL ) ), BSI_CW(0x36, 0x82018) }, |
| /*MT6169*/ { GBOUND(( 3.4-PVOFSL ),( 0.4-PVOFSL ) ), GC_A( 2,( 3.4-PVOFSL ) ), BSI_CW(0x36, 0x82010) }, |
| /*MT6169*/ { GBOUND(( -2.6-PVOFSL ),( -2.6-PVOFSL ) ), GC_A( 2,( -2.6-PVOFSL ) ), BSI_CW(0x36, 0x82008) }, |
| /*MT6169*/ }; |
| /*MT6169*/ |
| /*MT6169*/ /* DCS1800...................................................................*/ |
| /*MT6169*/ |
| /*MT6169*/ const sL1DAGCDATA AGC_TABLE_DCS1800[7] = |
| /*MT6169*/ { { GBOUND(( 51.4-PVOFSH ),( 42.4-PVOFSH ) ), GC_A( 6,( 51.4-PVOFSH ) ), BSI_CW(0x36, 0x820B8) }, |
| /*MT6169*/ { GBOUND(( 39.4-PVOFSH ),( 36.4-PVOFSH ) ), GC_A( 4,( 39.4-PVOFSH ) ), BSI_CW(0x36, 0x820B0) }, |
| /*MT6169*/ { GBOUND(( 27.4-PVOFSH ),( 24.4-PVOFSH ) ), GC_A( 2,( 27.4-PVOFSH ) ), BSI_CW(0x36, 0x82090) }, |
| /*MT6169*/ { GBOUND(( 21.4-PVOFSH ),( 18.4-PVOFSH ) ), GC_A( 2,( 21.4-PVOFSH ) ), BSI_CW(0x36, 0x82088) }, |
| /*MT6169*/ { GBOUND(( 9.4-PVOFSH ),( 6.4-PVOFSH ) ), GC_A( 2,( 9.4-PVOFSH ) ), BSI_CW(0x36, 0x82018) }, |
| /*MT6169*/ { GBOUND(( 3.4-PVOFSH ),( 0.4-PVOFSH ) ), GC_A( 2,( 3.4-PVOFSH ) ), BSI_CW(0x36, 0x82010) }, |
| /*MT6169*/ { GBOUND(( -2.6-PVOFSH ),( -2.6-PVOFSH ) ), GC_A( 2,( -2.6-PVOFSH ) ), BSI_CW(0x36, 0x82008) }, |
| /*MT6169*/ }; |
| /*MT6169*/ |
| /*MT6169*/ /* PCS1900...................................................................*/ |
| /*MT6169*/ |
| /*MT6169*/ const sL1DAGCDATA AGC_TABLE_PCS1900[7] = |
| /*MT6169*/ { { GBOUND(( 51.4-PVOFSH ),( 42.4-PVOFSH ) ), GC_A( 6,( 51.4-PVOFSH ) ), BSI_CW(0x36, 0x820B8) }, |
| /*MT6169*/ { GBOUND(( 39.4-PVOFSH ),( 36.4-PVOFSH ) ), GC_A( 4,( 39.4-PVOFSH ) ), BSI_CW(0x36, 0x820B0) }, |
| /*MT6169*/ { GBOUND(( 27.4-PVOFSH ),( 24.4-PVOFSH ) ), GC_A( 2,( 27.4-PVOFSH ) ), BSI_CW(0x36, 0x82090) }, |
| /*MT6169*/ { GBOUND(( 21.4-PVOFSH ),( 18.4-PVOFSH ) ), GC_A( 2,( 21.4-PVOFSH ) ), BSI_CW(0x36, 0x82088) }, |
| /*MT6169*/ { GBOUND(( 9.4-PVOFSH ),( 6.4-PVOFSH ) ), GC_A( 2,( 9.4-PVOFSH ) ), BSI_CW(0x36, 0x82018) }, |
| /*MT6169*/ { GBOUND(( 3.4-PVOFSH ),( 0.4-PVOFSH ) ), GC_A( 2,( 3.4-PVOFSH ) ), BSI_CW(0x36, 0x82010) }, |
| /*MT6169*/ { GBOUND(( -2.6-PVOFSH ),( -2.6-PVOFSH ) ), GC_A( 2,( -2.6-PVOFSH ) ), BSI_CW(0x36, 0x82008) }, |
| /*MT6169*/ }; |
| /*MT6169*/ |
| /*MT6169*/ /*...........................................................................*/ |
| /*MT6169*/ |
| /*MT6169*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6169*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6169*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6169*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6169*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6169*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6169*/ }; |
| /*MT6169*/ |
| /*MT6169*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6169*/ { 0, /*#FrequencyBand400 */ |
| /*MT6169*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6169*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6169*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6169*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6169*/ }; |
| /*MT6169*/ |
| /*MT6169*/ |
| /*MT6169*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6169*/ |
| /*MT6169*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6169*/ { int max_gain, min_gain, real_gain; |
| /*MT6169*/ const int* d32ptr; |
| /*MT6169*/ const sL1DAGCDATA* agcptr; |
| /*MT6169*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6169*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6169*/ long setting; |
| /*MT6169*/ int bit_no, idx, lna_path_loss; |
| /*MT6169*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6169*/ int ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD : IBBD_HB_THRESHOLD; |
| /*MT6169*/ #endif |
| /*MT6169*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6169*/ int hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD : HRD_HB_THRESHOLD; |
| /*MT6169*/ #endif |
| /*MT6169*/ |
| /*MT6169*/ /* evaluate the range of available gain */ |
| /*MT6169*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6169*/ max_gain = *d32ptr++; |
| /*MT6169*/ min_gain = *d32ptr; |
| /*MT6169*/ |
| /*MT6169*/ /* clipping the request gain to the avialable gain */ |
| /*MT6169*/ if( request_gain>=max_gain ) |
| /*MT6169*/ { request_gain = max_gain; |
| /*MT6169*/ } |
| /*MT6169*/ else if( request_gain<=min_gain ) |
| /*MT6169*/ { request_gain = min_gain; |
| /*MT6169*/ } |
| /*MT6169*/ |
| /*MT6169*/ /* choose the LNA path loss */ |
| /*MT6169*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6169*/ /* get the arfcn section */ |
| /*MT6169*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6169*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6169*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6169*/ { break; } |
| /*MT6169*/ ofsptr++; |
| /*MT6169*/ lnaptr++; |
| /*MT6169*/ } |
| /*MT6169*/ |
| /*MT6169*/ /* evaluate the real gain setting */ |
| /*MT6169*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6169*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6169*/ { agcptr++; |
| /*MT6169*/ } |
| /*MT6169*/ { |
| /*MT6169*/ idx = (int)(((agcptr->setting)>>5)&0x7); |
| /*MT6169*/ if( idx==5 ) /* LNA_High */ |
| /*MT6169*/ { lna_path_loss = 0; } |
| /*MT6169*/ else if( idx==4 ) /* LNA_Middle */ |
| /*MT6169*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6169*/ else /* LNA_Low */ |
| /*MT6169*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6169*/ |
| /*MT6169*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6169*/ real_gain = -lna_path_loss+REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6169*/ |
| /*MT6169*/ if( 0 ) |
| /*MT6169*/ { /* do nothing */ } |
| /*MT6169*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6169*/ else if( ((l1d_rf.blk_flag)&(IBB_FOUND)) && (request_gain >= ibbd_threshold) ) |
| /*MT6169*/ { |
| /*MT6169*/ if( bit_no < 6) |
| /*MT6169*/ { |
| /*MT6169*/ setting = IBBD_GAIN2_SETTING; |
| /*MT6169*/ real_gain = (rf_band<FrequencyBand1800) ? IBBD_REAL_GAIN2_L : IBBD_REAL_GAIN2_H; |
| /*MT6169*/ } |
| /*MT6169*/ else |
| /*MT6169*/ { |
| /*MT6169*/ setting = IBBD_GAIN1_SETTING; |
| /*MT6169*/ real_gain = (rf_band<FrequencyBand1800) ? IBBD_REAL_GAIN1_L : IBBD_REAL_GAIN1_H; |
| /*MT6169*/ } |
| /*MT6169*/ } |
| /*MT6169*/ #endif |
| /*MT6169*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6169*/ else if( ((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= (hrd_threshold)) ) |
| /*MT6169*/ { |
| /*MT6169*/ setting = agcptr->setting | ((bit_no-2)&0xF); |
| /*MT6169*/ real_gain -= LPF2_DROP_GAIN; |
| /*MT6169*/ } |
| /*MT6169*/ #endif |
| /*MT6169*/ else |
| /*MT6169*/ { setting = agcptr->setting | (bit_no&0xF); |
| /*MT6169*/ } |
| /*MT6169*/ } |
| /*MT6169*/ |
| /*MT6169*/ *gain_setting = setting; |
| /*MT6169*/ return( real_gain ); |
| /*MT6169*/ } |
| /*MT6169*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6169*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6169*/ { |
| /*MT6169*/ unsigned short lna_gain_setting; |
| /*MT6169*/ unsigned short cb_gain_setting; |
| /*MT6169*/ unsigned short if_gain_setting; |
| /*MT6169*/ unsigned short band_offset = (rf_band<FrequencyBand1800) ? 0 : 10; |
| /*MT6169*/ unsigned short gain_step; |
| /*MT6169*/ |
| /*MT6169*/ lna_gain_setting = (unsigned short)( (gain_setting>>5) & 0x7 ); |
| /*MT6169*/ cb_gain_setting = (unsigned short)( (gain_setting>>3) & 0x3 ); |
| /*MT6169*/ if_gain_setting = (unsigned short)( (gain_setting>>0) & 0x7 ); /* bit_no */ |
| /*MT6169*/ |
| /*MT6169*/ if( lna_gain_setting == 0x5 ) |
| /*MT6169*/ { |
| /*MT6169*/ if( if_gain_setting == 0x4 ) |
| /*MT6169*/ { |
| /*MT6169*/ gain_step = (cb_gain_setting==3) ? if_gain_setting+5+band_offset : if_gain_setting+band_offset ; |
| /*MT6169*/ } |
| /*MT6169*/ else |
| /*MT6169*/ { |
| /*MT6169*/ gain_step = (if_gain_setting<4) ? if_gain_setting+5+band_offset : if_gain_setting+band_offset ; |
| /*MT6169*/ } |
| /*MT6169*/ } |
| /*MT6169*/ else if( lna_gain_setting == 0x4 ) |
| /*MT6169*/ { |
| /*MT6169*/ if( if_gain_setting ==0x6 ) |
| /*MT6169*/ { |
| /*MT6169*/ gain_step = (cb_gain_setting==3) ? if_gain_setting+band_offset : if_gain_setting-1+band_offset ; |
| /*MT6169*/ } |
| /*MT6169*/ else |
| /*MT6169*/ { |
| /*MT6169*/ gain_step = (cb_gain_setting==2) ? if_gain_setting-2+band_offset : 0+band_offset ; |
| /*MT6169*/ } |
| /*MT6169*/ } |
| /*MT6169*/ else |
| /*MT6169*/ { |
| /*MT6169*/ gain_step = 0+band_offset; |
| /*MT6169*/ } |
| /*MT6169*/ return gain_step; |
| /*MT6169*/ } |
| /*MT6169*/ |
| #endif |
| #endif |
| |
| #if IS_RF_MT6166 |
| /*MT6166*/ |
| /*MT6166*/ #define GAIN_STEP 3 |
| /*MT6166*/ #define PVOFSL 34 |
| /*MT6166*/ #define PVOFSH 34 |
| /*MT6166*/ #define NORMAL_GAIN_TABLE_FLAG 0 |
| /*MT6166*/ #define OBB_GAIN_TABLE_FLAG 1 |
| /*MT6166*/ #define IBB_GAIN_TABLE_FLAG 2 |
| /*MT6166*/ #define ACI_GAIN_TABLE_FLAG 3 |
| /*MT6166*/ #define MIXER_GAIN (9*(PWRRES)) |
| /*MT6166*/ #define LNA_GAIN_LB (5*(PWRRES)) |
| /*MT6166*/ #define LNA_GAIN_HB (6*(PWRRES)) |
| /*MT6166*/ #define LNA_GAIN_LB_M (3.5*(PWRRES)) |
| /*MT6166*/ #define LNA_GAIN_HB_M (2.5*(PWRRES)) |
| /*MT6166*/ #define IF_GAIN (6*(PWRRES)) |
| /*MT6166*/ #define IF_GAIN_OBB (9*(PWRRES)) |
| /*MT6166*/ #if IS_DUAL_TALK_RX_GAIN_TABLE_CO_BAND_SUPPORT |
| /*MT6166*/ #define RF_GSM850_MAXGAIN_H (( 56.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM850_MINGAIN_H (( 1-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM850_MAXGAIN_L (( 56.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM850_MINGAIN_L (( 2.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM_MAXGAIN_H (( 56.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM_MINGAIN_H (( 1-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM_MAXGAIN_L (( 56.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM_MINGAIN_L (( 2.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_DCS_MAXGAIN_H (( 55.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_DCS_MINGAIN_H (( 0.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_DCS_MAXGAIN_L (( 55.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_DCS_MINGAIN_L (( 1.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_PCS_MAXGAIN_H (( 55.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_PCS_MINGAIN_H (( 0.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_PCS_MAXGAIN_L (( 55.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_PCS_MINGAIN_L (( 1.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ |
| /*MT6166*/ /* GSM850....................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_GSM850_H[4] = |
| /*MT6166*/ { { GBOUND(( 38.5-PVOFSL ),( 28 -PVOFSL ) ), GC_A( 2,( 38.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 28 -PVOFSL ),( 22 -PVOFSL ) ), GC_A( 2,( 28 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 10 -PVOFSL ),( 1 -PVOFSL ) ), GC_A( 2,( 10 -PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 1 -PVOFSL ),( 1 -PVOFSL ) ), GC_A( 2,( 1 -PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_GSM850_L[4] = |
| /*MT6166*/ { { GBOUND(( 38.5-PVOFSL ),( 30 -PVOFSL ) ), GC_A( 2,( 38.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 30 -PVOFSL ),( 23.5-PVOFSL ) ), GC_A( 2,( 30 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 11.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 11.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 2.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 2.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /* GSM900....................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_GSM900_H[4] = |
| /*MT6166*/ { { GBOUND(( 38.5-PVOFSL ),( 28 -PVOFSL ) ), GC_A( 2,( 38.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 28 -PVOFSL ),( 22 -PVOFSL ) ), GC_A( 2,( 28 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 10 -PVOFSL ),( 1 -PVOFSL ) ), GC_A( 2,( 10 -PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 1 -PVOFSL ),( 1 -PVOFSL ) ), GC_A( 2,( 1 -PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_GSM900_L[4] = |
| /*MT6166*/ { { GBOUND(( 38.5-PVOFSL ),( 30 -PVOFSL ) ), GC_A( 2,( 38.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 30 -PVOFSL ),( 23.5-PVOFSL ) ), GC_A( 2,( 30 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 11.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 11.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 2.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 2.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /* DCS1800...................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_DCS1800_H[4] = |
| /*MT6166*/ { { GBOUND(( 37.5-PVOFSL ),( 27.5-PVOFSL ) ), GC_A( 2,( 37.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 27.5-PVOFSL ),( 21.5-PVOFSL ) ), GC_A( 2,( 27.5-PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 9.5-PVOFSL ),( 0.5-PVOFSL ) ), GC_A( 2,( 9.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 0.5-PVOFSL ),( 0.5-PVOFSL ) ), GC_A( 2,( 0.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_DCS1800_L[4] = |
| /*MT6166*/ { { GBOUND(( 37.5-PVOFSL ),( 29 -PVOFSL ) ), GC_A( 2,( 37.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 29 -PVOFSL ),( 22.5-PVOFSL ) ), GC_A( 2,( 29 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 10.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 10.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 1.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 1.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /* PCS1900...................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_PCS1900_H[4] = |
| /*MT6166*/ { { GBOUND(( 37.5-PVOFSL ),( 27.5-PVOFSL ) ), GC_A( 2,( 37.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 27.5-PVOFSL ),( 21.5-PVOFSL ) ), GC_A( 2,( 27.5-PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 9.5-PVOFSL ),( 0.5-PVOFSL ) ), GC_A( 2,( 9.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 0.5-PVOFSL ),( 0.5-PVOFSL ) ), GC_A( 2,( 0.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_PCS1900_L[4] = |
| /*MT6166*/ { { GBOUND(( 37.5-PVOFSL ),( 29 -PVOFSL ) ), GC_A( 2,( 37.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 29 -PVOFSL ),( 22.5-PVOFSL ) ), GC_A( 2,( 29 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 10.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 10.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 1.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 1.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /*...........................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_H[] = |
| /*MT6166*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6166*/ { (int)RF_GSM850_MAXGAIN_H, (int)RF_GSM850_MINGAIN_H }, /* FrequencyBand850 */ |
| /*MT6166*/ { (int)RF_GSM_MAXGAIN_H, (int)RF_GSM_MINGAIN_H }, /* FrequencyBand900 */ |
| /*MT6166*/ { (int)RF_DCS_MAXGAIN_H, (int)RF_DCS_MINGAIN_H }, /* FrequencyBand1800 */ |
| /*MT6166*/ { (int)RF_PCS_MAXGAIN_H, (int)RF_PCS_MINGAIN_H }, /* FrequencyBand1900 */ |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_L[] = |
| /*MT6166*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6166*/ { (int)RF_GSM850_MAXGAIN_L, (int)RF_GSM850_MINGAIN_L }, /* FrequencyBand850 */ |
| /*MT6166*/ { (int)RF_GSM_MAXGAIN_L, (int)RF_GSM_MINGAIN_L }, /* FrequencyBand900 */ |
| /*MT6166*/ { (int)RF_DCS_MAXGAIN_L, (int)RF_DCS_MINGAIN_L }, /* FrequencyBand1800 */ |
| /*MT6166*/ { (int)RF_PCS_MAXGAIN_L, (int)RF_PCS_MINGAIN_L }, /* FrequencyBand1900 */ |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DGAINRANGE * GAIN_RANGE_TABLE[] = |
| /*MT6166*/ { GAIN_RANGE_TABLE_L, |
| /*MT6166*/ GAIN_RANGE_TABLE_H, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA* AGC_TABLE_H[] = |
| /*MT6166*/ { 0, /*#FrequencyBand400 */ |
| /*MT6166*/ AGC_TABLE_GSM850_H, /* FrequencyBand850 */ |
| /*MT6166*/ AGC_TABLE_GSM900_H, /* FrequencyBand900 */ |
| /*MT6166*/ AGC_TABLE_DCS1800_H, /* FrequencyBand1800 */ |
| /*MT6166*/ AGC_TABLE_PCS1900_H, /* FrequencyBand1900 */ |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DAGCDATA* AGC_TABLE_L[] = |
| /*MT6166*/ { 0, /*#FrequencyBand400 */ |
| /*MT6166*/ AGC_TABLE_GSM850_L, /* FrequencyBand850 */ |
| /*MT6166*/ AGC_TABLE_GSM900_L, /* FrequencyBand900 */ |
| /*MT6166*/ AGC_TABLE_DCS1800_L, /* FrequencyBand1800 */ |
| /*MT6166*/ AGC_TABLE_PCS1900_L, /* FrequencyBand1900 */ |
| /*MT6166*/ }; |
| /*MT6166*/ const sL1DAGCDATA **const AGC_TABLE[] = |
| /*MT6166*/ { AGC_TABLE_L, |
| /*MT6166*/ AGC_TABLE_H, |
| /*MT6166*/ }; |
| /*MT6166*/ #else |
| /*MT6166*/ #define RF_GSM850_MAXGAIN (( 56.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM850_MINGAIN (( 2.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM_MAXGAIN (( 56.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_GSM_MINGAIN (( 2.5-PVOFSL )*(PWRRES)) |
| /*MT6166*/ #define RF_DCS_MAXGAIN (( 55.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_DCS_MINGAIN (( 1.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_PCS_MAXGAIN (( 55.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ #define RF_PCS_MINGAIN (( 1.5-PVOFSH )*(PWRRES)) |
| /*MT6166*/ |
| /*MT6166*/ /* GSM850....................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_GSM850[4] = |
| /*MT6166*/ { { GBOUND(( 38.5-PVOFSL ),( 30 -PVOFSL ) ), GC_A( 2,( 38.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 30 -PVOFSL ),( 23.5-PVOFSL ) ), GC_A( 2,( 30 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 11.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 11.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 2.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 2.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /* GSM900....................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_GSM900[4] = |
| /*MT6166*/ { { GBOUND(( 38.5-PVOFSL ),( 30 -PVOFSL ) ), GC_A( 2,( 38.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 30 -PVOFSL ),( 23.5-PVOFSL ) ), GC_A( 2,( 30 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 11.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 11.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 2.5-PVOFSL ),( 2.5-PVOFSL ) ), GC_A( 2,( 2.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /* DCS1800...................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_DCS1800[4] = |
| /*MT6166*/ { { GBOUND(( 37.5-PVOFSL ),( 29 -PVOFSL ) ), GC_A( 2,( 37.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 29 -PVOFSL ),( 22.5-PVOFSL ) ), GC_A( 2,( 29 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 10.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 10.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 1.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 1.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /* PCS1900...................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA AGC_TABLE_PCS1900[4] = |
| /*MT6166*/ { { GBOUND(( 37.5-PVOFSL ),( 29 -PVOFSL ) ), GC_A( 2,( 37.5-PVOFSL ) ), BSI_CW(0x83, 0x50188) }, |
| /*MT6166*/ { GBOUND(( 29 -PVOFSL ),( 22.5-PVOFSL ) ), GC_A( 2,( 29 -PVOFSL ) ), BSI_CW(0x83, 0x50088) }, |
| /*MT6166*/ { GBOUND(( 10.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 10.5-PVOFSL ) ), BSI_CW(0x83, 0x50008) }, |
| /*MT6166*/ { GBOUND(( 1.5-PVOFSL ),( 1.5-PVOFSL ) ), GC_A( 2,( 1.5-PVOFSL ) ), BSI_CW(0x83, 0x50028) }, |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ /*...........................................................................*/ |
| /*MT6166*/ |
| /*MT6166*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6166*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6166*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6166*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6166*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6166*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6166*/ }; |
| /*MT6166*/ |
| /*MT6166*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6166*/ { 0, /*#FrequencyBand400 */ |
| /*MT6166*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6166*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6166*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6166*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6166*/ }; |
| /*MT6166*/ #endif |
| /*MT6166*/ |
| /*MT6166*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6166*/ |
| /*MT6166*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6166*/ { int max_gain, min_gain, real_gain, band_mode, gain_table; |
| /*MT6166*/ const int* d32ptr; |
| /*MT6166*/ const sL1DAGCDATA* agcptr; |
| /*MT6166*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6166*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6166*/ #endif |
| /*MT6166*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6166*/ long setting; |
| /*MT6166*/ int bit_no, lna_path_loss; |
| /*MT6166*/ int thres_IBB, thres_HRD, thres_OBB, dividing_OBB1, dividing_OBB2, LNA_GAIN, LNA_GAIN_M; |
| /*MT6166*/ #if IS_DUAL_TALK_RX_GAIN_TABLE_CO_BAND_SUPPORT |
| /*MT6166*/ unsigned char coband_gaintable_en; |
| /*MT6166*/ unsigned short coband_en_bitmap; |
| /*MT6166*/ #endif |
| /*MT6166*/ |
| /*MT6166*/ band_mode = (rf_band < FrequencyBand1800) ? 0 /* LowBand */ : 1 /* HighBand */; |
| /*MT6166*/ |
| /*MT6166*/ thres_IBB = band_mode ? 28 : 36; //( 37.5-PVOFSL )*PWRRES : ( 38.5-PVOFSL )*PWRRES |
| /*MT6166*/ thres_HRD = band_mode ? 76 : 84; //( 43.5-PVOFSL )*PWRRES : ( 44.5-PVOFSL )*PWRRES |
| /*MT6166*/ thres_OBB = band_mode ? -40 : -32; //( 29-PVOFSL )*PWRRES : ( 30-PVOFSL )*PWRRES |
| /*MT6166*/ dividing_OBB1 = band_mode ? 172 : 180; //( 55.5-PVOFSL )*PWRRES : ( 56.5-PVOFSL )*PWRRES |
| /*MT6166*/ dividing_OBB2 = band_mode ? 28 : 36; //( 37.5-PVOFSL )*PWRRES : ( 38.5-PVOFSL )*PWRRES |
| /*MT6166*/ LNA_GAIN = band_mode ? LNA_GAIN_HB : LNA_GAIN_LB; |
| /*MT6166*/ LNA_GAIN_M = band_mode ? LNA_GAIN_HB_M : LNA_GAIN_LB_M; |
| /*MT6166*/ |
| /*MT6166*/ /* evaluate the range of available gain */ |
| /*MT6166*/ #if IS_DUAL_TALK_RX_GAIN_TABLE_CO_BAND_SUPPORT |
| /*MT6166*/ coband_en_bitmap = L1D_Rx_Gain_Table_CoBand_Enable(); |
| /*MT6166*/ coband_gaintable_en = (coband_en_bitmap & (0x1<<(rf_band-1))) ? 1 : 0; |
| /*MT6166*/ d32ptr = (int*)(GAIN_RANGE_TABLE[coband_gaintable_en]+rf_band); |
| /*MT6166*/ #else |
| /*MT6166*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6166*/ #endif |
| /*MT6166*/ max_gain = *d32ptr++; |
| /*MT6166*/ min_gain = *d32ptr; |
| /*MT6166*/ |
| /*MT6166*/ /* clipping the request gain to the avialable gain */ |
| /*MT6166*/ if( request_gain>=max_gain ) |
| /*MT6166*/ { request_gain = max_gain; |
| /*MT6166*/ } |
| /*MT6166*/ else if( request_gain<=min_gain ) |
| /*MT6166*/ { request_gain = min_gain; |
| /*MT6166*/ } |
| /*MT6166*/ |
| /*MT6166*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6166*/ /* choose the LNA path loss */ |
| /*MT6166*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6166*/ #endif |
| /*MT6166*/ /* get the arfcn section */ |
| /*MT6166*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6166*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6166*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6166*/ { break; } |
| /*MT6166*/ ofsptr++; |
| /*MT6166*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6166*/ lnaptr++; |
| /*MT6166*/ #endif |
| /*MT6166*/ } |
| /*MT6166*/ |
| /*MT6166*/ /* evaluate the real gain setting */ |
| /*MT6166*/ #if IS_DUAL_TALK_RX_GAIN_TABLE_CO_BAND_SUPPORT |
| /*MT6166*/ agcptr = *(AGC_TABLE[coband_gaintable_en]+rf_band); |
| /*MT6166*/ #else |
| /*MT6166*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6166*/ #endif |
| /*MT6166*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6166*/ { agcptr++; |
| /*MT6166*/ } |
| /*MT6166*/ { |
| /*MT6166*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6166*/ int idx; |
| /*MT6166*/ idx = (int)(((agcptr->setting)>>7)&0x7); |
| /*MT6166*/ if( idx==3 ) /* LNA_High */ |
| /*MT6166*/ { |
| /*MT6166*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6166*/ if( ( (l1d_rf.blk_flag & LB_OBB_FOUND) && (band_mode == 0) && request_gain>= thres_OBB ) || |
| /*MT6166*/ ( (l1d_rf.blk_flag & HB_OBB_FOUND) && (band_mode == 1) && request_gain>= thres_OBB ) ) |
| /*MT6166*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6166*/ else |
| /*MT6166*/ #endif |
| /*MT6166*/ { lna_path_loss = 0; } |
| /*MT6166*/ } |
| /*MT6166*/ else if( idx==1 ) /* LNA_Middle */ |
| /*MT6166*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6166*/ else /* LNA_Low */ |
| /*MT6166*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6166*/ #else |
| /*MT6166*/ lna_path_loss = 0; |
| /*MT6166*/ #endif |
| /*MT6166*/ |
| /*MT6166*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6166*/ real_gain = -lna_path_loss+REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6166*/ |
| /*MT6166*/ /* Evaluate the real gain setting. */ |
| /*MT6166*/ if( 0 ) |
| /*MT6166*/ { /* do nothing */ } |
| /*MT6166*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6166*/ else if( ( (l1d_rf.blk_flag & LB_OBB_FOUND) && (band_mode == 0) && request_gain>= thres_OBB ) || |
| /*MT6166*/ ( (l1d_rf.blk_flag & HB_OBB_FOUND) && (band_mode == 1) && request_gain>= thres_OBB ) ) |
| /*MT6166*/ { |
| /*MT6166*/ gain_table = OBB_GAIN_TABLE_FLAG; |
| /*MT6166*/ if( request_gain >= dividing_OBB1 ) |
| /*MT6166*/ { |
| /*MT6166*/ agcptr++; // decrease LNA gain |
| /*MT6166*/ /* CW131: IF GAIN | LNA GAIN |MIXER GAIN */ |
| /*MT6166*/ setting = (bit_no&0xF)<<10 | agcptr->setting | (0x0<<5); |
| /*MT6166*/ real_gain -= LNA_GAIN; |
| /*MT6166*/ } |
| /*MT6166*/ else if( request_gain >= dividing_OBB2 ) |
| /*MT6166*/ { |
| /*MT6166*/ agcptr++; // decrease LNA gain |
| /*MT6166*/ /* CW131: IF GAIN | LNA GAIN |MIXER GAIN */ |
| /*MT6166*/ setting = ( (bit_no+3)&0xF)<<10 | agcptr->setting | (0x0<<5); |
| /*MT6166*/ real_gain -= (LNA_GAIN - IF_GAIN_OBB); |
| /*MT6166*/ } |
| /*MT6166*/ else |
| /*MT6166*/ { /* CW131: IF GAIN | LNA GAIN |MIXER GAIN */ |
| /*MT6166*/ setting = (bit_no&0xF)<<10 | agcptr->setting | (0x0<<5); |
| /*MT6166*/ real_gain += LNA_GAIN_M; |
| /*MT6166*/ } |
| /*MT6166*/ } |
| /*MT6166*/ #endif |
| /*MT6166*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6166*/ else if( (l1d_rf.blk_flag & IBB_FOUND) && (request_gain>= thres_IBB ) ) |
| /*MT6166*/ { |
| /*MT6166*/ gain_table = IBB_GAIN_TABLE_FLAG; |
| /*MT6166*/ /* CW131: IF GAIN | LNA GAIN |MIXER GAIN */ |
| /*MT6166*/ setting = (bit_no&0xF)<<10 | agcptr->setting | (0x1<<5); |
| /*MT6166*/ real_gain -= MIXER_GAIN; |
| /*MT6166*/ } |
| /*MT6166*/ #endif |
| /*MT6166*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6166*/ else if( ( l1d_rf.blk_flag & HRD_FOUND ) && (request_gain >= thres_HRD ) ) |
| /*MT6166*/ { |
| /*MT6166*/ gain_table = ACI_GAIN_TABLE_FLAG; |
| /*MT6166*/ /* CW131: IF GAIN | LNA GAIN |MIXER GAIN */ |
| /*MT6166*/ setting = ( (bit_no-2)&0xF)<<10 | agcptr->setting | (0x0<<5); |
| /*MT6166*/ real_gain -= IF_GAIN; |
| /*MT6166*/ } |
| /*MT6166*/ #endif |
| /*MT6166*/ else |
| /*MT6166*/ { |
| /*MT6166*/ gain_table = NORMAL_GAIN_TABLE_FLAG; |
| /*MT6166*/ setting = (bit_no&0xF)<<10 | agcptr->setting; |
| /*MT6166*/ } |
| /*MT6166*/ } |
| /*MT6166*/ |
| /*MT6166*/ *gain_setting = ((gain_table&0xFF)<<28) | setting; |
| /*MT6166*/ return( real_gain ); |
| /*MT6166*/ } |
| /*MT6166*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6166*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6166*/ { |
| /*MT6166*/ int lna_gain_setting; |
| /*MT6166*/ int if_gain_setting; |
| /*MT6166*/ int band_mode, gain_step, gain_table; |
| /*MT6166*/ band_mode = (rf_band < FrequencyBand1800) ? 0 /* LowBand */ : 1 /* HighBand */; |
| /*MT6166*/ |
| /*MT6166*/ gain_table = (unsigned int)(gain_setting&0xFF0000000L)>>28; |
| /*MT6166*/ lna_gain_setting = (gain_setting>>7 ) & 0x7; |
| /*MT6166*/ if_gain_setting = (gain_setting>>10) & 0xF; /* bit_no */ |
| /*MT6166*/ |
| /*MT6166*/ if( ( gain_table == IBB_GAIN_TABLE_FLAG ) || ( gain_table == OBB_GAIN_TABLE_FLAG ) ) |
| /*MT6166*/ { |
| /*MT6166*/ gain_step = 0; |
| /*MT6166*/ } |
| /*MT6166*/ else |
| /*MT6166*/ { |
| /*MT6166*/ if( lna_gain_setting == 0x3 ) |
| /*MT6166*/ { |
| /*MT6166*/ if( if_gain_setting== 0x3) |
| /*MT6166*/ gain_step = 5; |
| /*MT6166*/ else if( if_gain_setting== 0x6) |
| /*MT6166*/ gain_step = 6; |
| /*MT6166*/ else |
| /*MT6166*/ gain_step = ROUNDINT(if_gain_setting/2.0); |
| /*MT6166*/ } |
| /*MT6166*/ else |
| /*MT6166*/ { |
| /*MT6166*/ gain_step = 0; |
| /*MT6166*/ } |
| /*MT6166*/ } |
| /*MT6166*/ |
| /*MT6166*/ /* LB step: 0,2,4,6,8 */ |
| /*MT6166*/ /* HB step: 1,3,5,7,9 */ |
| /*MT6166*/ gain_step = gain_step * 2 + band_mode; |
| /*MT6166*/ |
| /*MT6166*/ return gain_step; |
| /*MT6166*/ } |
| /*MT6166*/ |
| #endif |
| #endif |
| |
| #if IS_RF_MT6165 |
| /*MT6165*/ |
| /*MT6165*/ #define MAX_GAIN_STEP 7 |
| /*MT6165*/ #define PVOFSL 34 |
| /*MT6165*/ #define PVOFSH 34 |
| /*MT6165*/ #define NORMAL_GAIN_TABLE_FLAG 0 |
| /*MT6165*/ #define OBB_GAIN_TABLE_FLAG 1 |
| /*MT6165*/ #define IBB_GAIN_TABLE_FLAG 2 |
| /*MT6165*/ #define ACI_GAIN_TABLE_FLAG 3 |
| /*MT6165*/ #define RF_GSM850_MAXGAIN ( 176) |
| /*MT6165*/ #define RF_GSM850_MINGAIN (-168) |
| /*MT6165*/ #define RF_GSM_MAXGAIN ( 176) |
| /*MT6165*/ #define RF_GSM_MINGAIN (-168) |
| /*MT6165*/ #define RF_DCS_MAXGAIN ( 176) |
| /*MT6165*/ #define RF_DCS_MINGAIN (-168) |
| /*MT6165*/ #define RF_PCS_MAXGAIN ( 176) |
| /*MT6165*/ #define RF_PCS_MINGAIN (-168) |
| /*MT6165*/ |
| /*MT6165*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6165*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6165*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6165*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6165*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6165*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6165*/ }; |
| /*MT6165*/ /* { RFLNA gain step, RFIF gain step } */ |
| /*MT6165*/ const unsigned char NORMAL_GAIN_TABLE[][2] = |
| /*MT6165*/ { { 3, 5 }, /* gain_step = 0 */ |
| /*MT6165*/ { 2, 4 }, /* gain_step = 1 */ |
| /*MT6165*/ { 2, 2 }, /* gain_step = 2 */ |
| /*MT6165*/ { 2, 0 }, /* gain_step = 3 */ |
| /*MT6165*/ { 0, 4 }, /* gain_step = 4 */ |
| /*MT6165*/ { 0, 2 }, /* gain_step = 5 */ |
| /*MT6165*/ { 0, 0 }, /* gain_step = 6 */ |
| /*MT6165*/ }; |
| /*MT6165*/ const unsigned char RXLNA_GAIN[2][4] = |
| /*MT6165*/ { /* 0 1 2 3 :RFLNA gain_step */ |
| /*MT6165*/ { 0x4, 0x5, 0x6, 0x7 }, /* LowBand */ /*3bits*/ |
| /*MT6165*/ { 0x2, 0x5, 0x6, 0x7 }, /* HighBand */ /*3bits*/ |
| /*MT6165*/ }; |
| /*MT6165*/ |
| /*MT6165*/ const unsigned char RXIF_GAIN[2][6] = |
| /*MT6165*/ { /* 0 1 2 3 4, 5 :RFIF gain_step */ |
| /*MT6165*/ { 0x1, 0x2, 0x3, 0x4, 0x5, 0x6 }, /* LowBand */ /*3bits*/ |
| /*MT6165*/ { 0x1, 0x2, 0x3, 0x4, 0x5, 0x6 }, /* HighBand */ /*3bits*/ |
| /*MT6165*/ }; |
| /*MT6165*/ |
| /*MT6165*/ /* GAIN_TABLE: voltage gain (total gain) */ |
| /*MT6165*/ const signed short GAIN_TABLE_NORMAL[2][MAX_GAIN_STEP] = |
| /*MT6165*/ { /* 0 1 2 3 4 5 6 :gain_step */ |
| /*MT6165*/ { 176, 128, 80, 32, -72, -120, -168 }, /* LowBand */ |
| /*MT6165*/ { 176, 132, 84, 36, -72, -120, -168 }, /* HighBand */ |
| /*MT6165*/ }; |
| /*MT6165*/ const signed short GAIN_TABLE_OBB[2][MAX_GAIN_STEP] = |
| /*MT6165*/ { /* 0 1 2 3 4 5 6 :gain_step */ |
| /*MT6165*/ { 144, 96, 48, -0, -72, -120, -168 }, /* LowBand */ |
| /*MT6165*/ { 124, 72, 24, -24, -72, -120, -168 }, /* HighBand */ |
| /*MT6165*/ }; |
| /*MT6165*/ const signed short GAIN_TABLE_IBB[2][MAX_GAIN_STEP] = |
| /*MT6165*/ { /* 0 1 2 3 4 5 6 :gain_step */ |
| /*MT6165*/ { 152, 88, 40, -8, -72, -120, -168 }, /* LowBand */ |
| /*MT6165*/ { 156, 92, 44, -4, -72, -120, -168 }, /* HighBand */ |
| /*MT6165*/ }; |
| /*MT6165*/ const signed short GAIN_TABLE_HEADROOM[2][MAX_GAIN_STEP] = |
| /*MT6165*/ { /* 0 1 2 3 4 5 6 :gain_step */ |
| /*MT6165*/ { 128, 80, 32, 32, -72, -120, -168 }, /* LowBand */ |
| /*MT6165*/ { 128, 84, 36, 36, -72, -120, -168 }, /* HighBand */ |
| /*MT6165*/ }; |
| /*MT6165*/ const unsigned short RXIF_BP_EN_NORMAL[2][MAX_GAIN_STEP] = |
| /*MT6165*/ { /* 0 1 2 3 4 5 6 :gain_step */ |
| /*MT6165*/ { 0, 0, 1, 1, 1, 1, 1 }, /* LowBand */ |
| /*MT6165*/ { 0, 0, 1, 1, 1, 1, 1 }, /* HighBand */ |
| /*MT6165*/ }; |
| /*MT6165*/ const signed short RXIF_BP_EN_HEADROOM[2][MAX_GAIN_STEP] = |
| /*MT6165*/ { /* 0 1 2 3 4 5 6 :gain_step */ |
| /*MT6165*/ { 1, 1, 1, 1, 1, 1, 1 }, /* LowBand */ |
| /*MT6165*/ { 1, 1, 1, 1, 1, 1, 1 }, /* HighBand */ |
| /*MT6165*/ }; |
| /*MT6165*/ |
| /*MT6165*/ |
| /*MT6165*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6165*/ |
| /*MT6165*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6165*/ { int max_gain, min_gain, real_gain, band_mode, gain_table; |
| /*MT6165*/ const int* d32ptr; |
| /*MT6165*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6165*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6165*/ #endif |
| /*MT6165*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6165*/ long setting; |
| /*MT6165*/ int rx_gain_step, rx_lna_setting, rx_if_setting, lna_path_loss; |
| /*MT6165*/ int thres_OBB, thres_IBB, thres_HRD; |
| /*MT6165*/ |
| /*MT6165*/ band_mode = (rf_band < FrequencyBand1800) ? 0 /* LowBand */ : 1 /* HighBand */; |
| /*MT6165*/ |
| /*MT6165*/ thres_OBB = band_mode ? 32 : 36; //( 38-PVOFSL )*PWRRES : ( 38.5-PVOFSH )*PWRRES |
| /*MT6165*/ thres_IBB = band_mode ? 32 : 36; //( 38-PVOFSL )*PWRRES : ( 38.5-PVOFSH )*PWRRES |
| /*MT6165*/ thres_HRD = band_mode ? 80 : 84; //( 44-PVOFSL )*PWRRES : ( 44.5-PVOFSH )*PWRRES |
| /*MT6165*/ |
| /*MT6165*/ /* evaluate the range of available gain */ |
| /*MT6165*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6165*/ max_gain = *d32ptr++; |
| /*MT6165*/ min_gain = *d32ptr; |
| /*MT6165*/ |
| /*MT6165*/ /* clipping the request gain to the avialable gain */ |
| /*MT6165*/ if( request_gain>=max_gain ) |
| /*MT6165*/ { request_gain = max_gain; |
| /*MT6165*/ } |
| /*MT6165*/ else if( request_gain<=min_gain ) |
| /*MT6165*/ { request_gain = min_gain; |
| /*MT6165*/ } |
| /*MT6165*/ |
| /*MT6165*/ for ( rx_gain_step = 0; rx_gain_step < MAX_GAIN_STEP; rx_gain_step++ ) |
| /*MT6165*/ { |
| /*MT6165*/ if( request_gain >= GAIN_TABLE_NORMAL[band_mode][rx_gain_step] ) |
| /*MT6165*/ { break; } |
| /*MT6165*/ } |
| /*MT6165*/ if( rx_gain_step >= MAX_GAIN_STEP ) |
| /*MT6165*/ { rx_gain_step = (MAX_GAIN_STEP-1); |
| /*MT6165*/ } |
| /*MT6165*/ |
| /*MT6165*/ rx_lna_setting = RXLNA_GAIN[band_mode][(NORMAL_GAIN_TABLE[rx_gain_step][0])]; |
| /*MT6165*/ rx_if_setting = RXIF_GAIN[band_mode][(NORMAL_GAIN_TABLE[rx_gain_step][1])]; |
| /*MT6165*/ |
| /*MT6165*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6165*/ /* choose the LNA path loss */ |
| /*MT6165*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6165*/ #endif |
| /*MT6165*/ /* get the arfcn section */ |
| /*MT6165*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6165*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6165*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6165*/ { break; } |
| /*MT6165*/ ofsptr++; |
| /*MT6165*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6165*/ lnaptr++; |
| /*MT6165*/ #endif |
| /*MT6165*/ } |
| /*MT6165*/ |
| /*MT6165*/ /* Evaluate the real gain setting. */ |
| /*MT6165*/ { |
| /*MT6165*/ #if IS_MULTI_LNA_MODE_CALIBRATION_SUPPORT |
| /*MT6165*/ if( rx_lna_setting==0x7 ) /* LNA_High */ |
| /*MT6165*/ { |
| /*MT6165*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6165*/ if( ( (l1d_rf.blk_flag & LB_OBB_FOUND) && (band_mode == 0) && request_gain>= thres_OBB ) || |
| /*MT6165*/ ( (l1d_rf.blk_flag & HB_OBB_FOUND) && (band_mode == 1) && request_gain>= thres_OBB ) ) |
| /*MT6165*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6165*/ else |
| /*MT6165*/ #endif |
| /*MT6165*/ { lna_path_loss = 0; } |
| /*MT6165*/ } |
| /*MT6165*/ else if( rx_lna_setting==0x6 ) /* LNA_Middle */ |
| /*MT6165*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6165*/ else /* LNA_Low */ |
| /*MT6165*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6165*/ #else |
| /*MT6165*/ lna_path_loss = 0; |
| /*MT6165*/ #endif |
| /*MT6165*/ |
| /*MT6165*/ real_gain = -lna_path_loss; |
| /*MT6165*/ if( 0 ) |
| /*MT6165*/ { /* do nothing */ } |
| /*MT6165*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6165*/ else if( ( (l1d_rf.blk_flag & LB_OBB_FOUND) && (band_mode == 0) && request_gain>= thres_OBB ) || |
| /*MT6165*/ ( (l1d_rf.blk_flag & HB_OBB_FOUND) && (band_mode == 1) && request_gain>= thres_OBB ) ) |
| /*MT6165*/ { /* CW66: LNA Gain | IF GAIN | RXIF_BP_EN */ |
| /*MT6165*/ setting = ((rx_lna_setting-1)<<17) | (rx_if_setting<<13) | (RXIF_BP_EN_NORMAL[band_mode][rx_gain_step]<<10); // OBB: decrease RX_LNA_Gain by 1 step |
| /*MT6165*/ gain_table = OBB_GAIN_TABLE_FLAG; |
| /*MT6165*/ real_gain += GAIN_TABLE_OBB[band_mode][rx_gain_step]; |
| /*MT6165*/ } |
| /*MT6165*/ #endif |
| /*MT6165*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6165*/ else if( (l1d_rf.blk_flag & IBB_FOUND) && (request_gain>= thres_IBB ) ) |
| /*MT6165*/ { /* CW66: LNA Gain | IF GAIN | RXIF_BP_EN */ |
| /*MT6165*/ setting = ((rx_lna_setting-1)<<17) | (rx_if_setting<<13) | (RXIF_BP_EN_NORMAL[band_mode][rx_gain_step]<<10); // IBB: decrease RX_LNA_Gain by 1 step |
| /*MT6165*/ gain_table = IBB_GAIN_TABLE_FLAG; |
| /*MT6165*/ real_gain += GAIN_TABLE_IBB[band_mode][rx_gain_step]; |
| /*MT6165*/ } |
| /*MT6165*/ #endif |
| /*MT6165*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6165*/ else if( ( l1d_rf.blk_flag & HRD_FOUND ) && (request_gain >= thres_HRD ) ) |
| /*MT6165*/ { /* CW66: LNA Gain | IF GAIN | RXIF_BP_EN */ |
| /*MT6165*/ setting = (rx_lna_setting<<17) | ((rx_if_setting-2)<<13) | (RXIF_BP_EN_HEADROOM[band_mode][rx_gain_step]<<10); // HRD: decrease RX_IF_Gain by 2 step |
| /*MT6165*/ gain_table = ACI_GAIN_TABLE_FLAG; |
| /*MT6165*/ real_gain += GAIN_TABLE_HEADROOM[band_mode][rx_gain_step]; |
| /*MT6165*/ } |
| /*MT6165*/ #endif |
| /*MT6165*/ else |
| /*MT6165*/ { /* CW66: LNA Gain | IF GAIN | RXIF_BP_EN */ |
| /*MT6165*/ setting = (rx_lna_setting<<17) | (rx_if_setting<<13) | (RXIF_BP_EN_NORMAL[band_mode][rx_gain_step]<<10); |
| /*MT6165*/ gain_table = NORMAL_GAIN_TABLE_FLAG; |
| /*MT6165*/ real_gain += GAIN_TABLE_NORMAL[band_mode][rx_gain_step]; |
| /*MT6165*/ } |
| /*MT6165*/ } |
| /*MT6165*/ |
| /*MT6165*/ (void) thres_OBB; |
| /*MT6165*/ |
| /*MT6165*/ *gain_setting = ((gain_table&0xFF)<<28) | BSI_CW(0x42, setting); //CW66: RX Gain |
| /*MT6165*/ return( real_gain ); |
| /*MT6165*/ } |
| /*MT6165*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6165*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6165*/ { |
| /*MT6165*/ int band_mode, gain_step, gain_table, rx_lna_setting, rx_if_setting; |
| /*MT6165*/ |
| /*MT6165*/ gain_table = (unsigned int)(gain_setting&0xFF0000000L)>>28; |
| /*MT6165*/ rx_lna_setting = (gain_setting&0xE0000)>>17; |
| /*MT6165*/ rx_if_setting = (gain_setting&0x0E000)>>13; |
| /*MT6165*/ band_mode = (rf_band < FrequencyBand1800) ? 0 /* LowBand */ : 1 /* HighBand */; |
| /*MT6165*/ |
| /*MT6165*/ if( gain_table == NORMAL_GAIN_TABLE_FLAG ) |
| /*MT6165*/ { |
| /*MT6165*/ /* Normal condition: gain_step: 0,1,2,3,4 */ |
| /*MT6165*/ for(gain_step = 0; gain_step <= 3; gain_step++ ) |
| /*MT6165*/ { if( ( rx_lna_setting == RXLNA_GAIN[band_mode][ NORMAL_GAIN_TABLE[gain_step][0] ] ) && |
| /*MT6165*/ ( rx_if_setting == RXIF_GAIN [band_mode][ NORMAL_GAIN_TABLE[gain_step][1] ] ) ) |
| /*MT6165*/ { break; } |
| /*MT6165*/ } |
| /*MT6165*/ |
| /*MT6165*/ if( gain_step > 3 ) gain_step = 4; |
| /*MT6165*/ } |
| /*MT6165*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6165*/ else if( gain_table == ACI_GAIN_TABLE_FLAG ) |
| /*MT6165*/ { |
| /*MT6165*/ /* Headroom condition: gain_step: 2,3,4,5 */ |
| /*MT6165*/ if( ( rx_lna_setting == RXLNA_GAIN[band_mode][ NORMAL_GAIN_TABLE[0][0] ] ) && |
| /*MT6165*/ ( rx_if_setting == RXIF_GAIN [band_mode][ NORMAL_GAIN_TABLE[0][1] ]-2 ) ) |
| /*MT6165*/ { gain_step=5; } |
| /*MT6165*/ else |
| /*MT6165*/ { |
| /*MT6165*/ for(gain_step = 2; gain_step <= 3; gain_step++ ) |
| /*MT6165*/ { if( ( rx_lna_setting == RXLNA_GAIN[band_mode][ NORMAL_GAIN_TABLE[gain_step][0] ] ) && |
| /*MT6165*/ ( rx_if_setting == RXIF_GAIN [band_mode][ NORMAL_GAIN_TABLE[gain_step][1] ] ) ) |
| /*MT6165*/ { break; } |
| /*MT6165*/ } |
| /*MT6165*/ if( gain_step > 3 ) gain_step = 4; |
| /*MT6165*/ } |
| /*MT6165*/ } |
| /*MT6165*/ #endif |
| /*MT6165*/ else /* Others: gain_step: 4 */ |
| /*MT6165*/ { gain_step = 4; } |
| /*MT6165*/ |
| /*MT6165*/ /* LB step: 0,2,4,6,8,10 */ |
| /*MT6165*/ /* HB step: 1,3,5,7,9,11 */ |
| /*MT6165*/ gain_step = gain_step * 2 + band_mode; |
| /*MT6165*/ |
| /*MT6165*/ return gain_step; |
| /*MT6165*/ } |
| /*MT6165*/ |
| #endif |
| #endif |
| |
| #if IS_RF_MT6176 |
| /*MT6176*/ |
| /*MT6176*/ #define GAIN_STEP 3 |
| /*MT6176*/ #define PVOFSL 34 |
| /*MT6176*/ #define PVOFSH 34 |
| /*MT6176*/ #define LPF2_DROP_GAIN ROUNDINT(3*(PWRRES)) |
| /*MT6176*/ #define TIA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6176*/ #define LNA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6176*/ #define HRD_LB_THRESHOLD ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*MT6176*/ #define HRD_HB_THRESHOLD ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*MT6176*/ #define IBBD_LB_THRESHOLD ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*MT6176*/ #define IBBD_HB_THRESHOLD ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*MT6176*/ #define RF_GSM850_MAXGAIN (( 53.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM850_MINGAIN (( 2.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM_MAXGAIN (( 53.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM_MINGAIN (( 2.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_DCS_MAXGAIN (( 53.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_DCS_MINGAIN (( 2.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_PCS_MAXGAIN (( 53.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_PCS_MINGAIN (( 2.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ |
| /*MT6176*/ /* GSM850....................................................................*/ |
| /*MT6176*/ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_GSM850[5] = |
| /*MT6176*/ { { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 4,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 5,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6176*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 2,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSL ),( 11.6-PVOFSL ) ), GC_A( 4,( 14.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 2.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 2,( 2.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /* GSM900....................................................................*/ |
| /*MT6176*/ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_GSM900[5] = |
| /*MT6176*/ { { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 4,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 5,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6176*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 2,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSL ),( 11.6-PVOFSL ) ), GC_A( 4,( 14.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 2.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 2,( 2.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /* DCS1800...................................................................*/ |
| /*MT6176*/ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_DCS1800[5] = |
| /*MT6176*/ { { GBOUND(( 44.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 4,( 44.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 41.6-PVOFSH ),( 38.6-PVOFSH ) ), GC_A( 5,( 41.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6176*/ { GBOUND(( 26.6-PVOFSH ),( 23.6-PVOFSH ) ), GC_A( 2,( 26.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSH ),( 11.6-PVOFSH ) ), GC_A( 4,( 14.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 2.6-PVOFSH ),( 2.6-PVOFSH ) ), GC_A( 2,( 2.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /* PCS1900...................................................................*/ |
| /*MT6176*/ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_PCS1900[5] = |
| /*MT6176*/ { { GBOUND(( 44.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 4,( 44.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 41.6-PVOFSH ),( 38.6-PVOFSH ) ), GC_A( 5,( 41.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6176*/ { GBOUND(( 26.6-PVOFSH ),( 23.6-PVOFSH ) ), GC_A( 2,( 26.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSH ),( 11.6-PVOFSH ) ), GC_A( 4,( 14.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 2.6-PVOFSH ),( 2.6-PVOFSH ) ), GC_A( 2,( 2.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /*...........................................................................*/ |
| /*MT6176*/ |
| /*MT6176*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6176*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6176*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6176*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6176*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6176*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6176*/ { 0, /*#FrequencyBand400 */ |
| /*MT6176*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6176*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6176*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6176*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6176*/ }; |
| /*MT6176*/ |
| #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ #define HRD_LB_THRESHOLD_ELNA ROUNDINT((29.6-PVOFSL)*(PWRRES)) |
| /*MT6176*/ #define HRD_HB_THRESHOLD_ELNA ROUNDINT((29.6-PVOFSH)*(PWRRES)) |
| /*MT6176*/ #define IBBD_LB_THRESHOLD_ELNA ROUNDINT((32.6-PVOFSL)*(PWRRES)) |
| /*MT6176*/ #define IBBD_HB_THRESHOLD_ELNA ROUNDINT((32.6-PVOFSH)*(PWRRES)) |
| /*MT6176*/ #define RF_GSM850_MAXGAIN_ELNA (( 47.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM850_MINGAIN_ELNA (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM_MAXGAIN_ELNA (( 47.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM_MINGAIN_ELNA (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_DCS_MAXGAIN_ELNA (( 47.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_DCS_MINGAIN_ELNA (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_PCS_MAXGAIN_ELNA (( 47.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_PCS_MINGAIN_ELNA (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6176*/ |
| /*MT6176*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*MT6176*/ #define RF_GSM850_Sec0_GAIN_ELNA ROUNDINT(( 47.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM850_Sec1_GAIN_ELNA ROUNDINT(( 38.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM_Sec0_GAIN_ELNA ROUNDINT(( 47.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM_Sec1_GAIN_ELNA ROUNDINT(( 38.6-PVOFSL )*(PWRRES)) |
| /*MT6176*/ #define RF_DCS_Sec0_GAIN_ELNA ROUNDINT(( 47.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_DCS_Sec1_GAIN_ELNA ROUNDINT(( 38.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_PCS_Sec0_GAIN_ELNA ROUNDINT(( 47.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_PCS_Sec1_GAIN_ELNA ROUNDINT(( 38.6-PVOFSH )*(PWRRES)) |
| /*MT6176*/ #define RF_GSM850_Sec0_BitNo_ELNA 7 |
| /*MT6176*/ #define RF_GSM850_Sec1_BitNo_ELNA 4 |
| /*MT6176*/ #define RF_GSM_Sec0_BitNo_ELNA 7 |
| /*MT6176*/ #define RF_GSM_Sec1_BitNo_ELNA 4 |
| /*MT6176*/ #define RF_DCS_Sec0_BitNo_ELNA 7 |
| /*MT6176*/ #define RF_DCS_Sec1_BitNo_ELNA 4 |
| /*MT6176*/ #define RF_PCS_Sec0_BitNo_ELNA 7 |
| /*MT6176*/ #define RF_PCS_Sec1_BitNo_ELNA 4 |
| /*MT6176*/ |
| /*MT6176*/ /* GSM850....................................................................*/ |
| /*MT6176*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA [7] = |
| /*MT6176*/ { { GBOUND(( 47.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 7,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 38.6-PVOFSL ),( 35.6-PVOFSL ) ), GC_A( 4,( 38.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6176*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 23.6-PVOFSL ),( 20.6-PVOFSL ) ), GC_A( 3,( 23.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSL ),( 11.6-PVOFSL ) ), GC_A( 4,( 14.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /* GSM900....................................................................*/ |
| /*MT6176*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA [7] = |
| /*MT6176*/ { { GBOUND(( 47.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 7,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 38.6-PVOFSL ),( 35.6-PVOFSL ) ), GC_A( 4,( 38.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6176*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 23.6-PVOFSL ),( 20.6-PVOFSL ) ), GC_A( 3,( 23.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSL ),( 11.6-PVOFSL ) ), GC_A( 4,( 14.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /* DCS1800...................................................................*/ |
| /*MT6176*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA [7] = |
| /*MT6176*/ { { GBOUND(( 47.6-PVOFSH ),( 38.6-PVOFSH ) ), GC_A( 7,( 47.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 38.6-PVOFSH ),( 35.6-PVOFSH ) ), GC_A( 4,( 38.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6176*/ { GBOUND(( 29.6-PVOFSH ),( 26.6-PVOFSH ) ), GC_A( 3,( 29.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 23.6-PVOFSH ),( 20.6-PVOFSH ) ), GC_A( 3,( 23.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSH ),( 11.6-PVOFSH ) ), GC_A( 4,( 14.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 5.6-PVOFSH ),( 2.6-PVOFSH ) ), GC_A( 3,( 5.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ { GBOUND(( -3.4-PVOFSH ),( -3.4-PVOFSH ) ), GC_A( 2,( -3.4-PVOFSH ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /* PCS1900...................................................................*/ |
| /*MT6176*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6176*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA [7] = |
| /*MT6176*/ { { GBOUND(( 47.6-PVOFSH ),( 38.6-PVOFSH ) ), GC_A( 7,( 47.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6176*/ { GBOUND(( 38.6-PVOFSH ),( 35.6-PVOFSH ) ), GC_A( 4,( 38.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6176*/ { GBOUND(( 29.6-PVOFSH ),( 26.6-PVOFSH ) ), GC_A( 3,( 29.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6176*/ { GBOUND(( 23.6-PVOFSH ),( 20.6-PVOFSH ) ), GC_A( 3,( 23.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6176*/ { GBOUND(( 14.6-PVOFSH ),( 11.6-PVOFSH ) ), GC_A( 4,( 14.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6176*/ { GBOUND(( 5.6-PVOFSH ),( 2.6-PVOFSH ) ), GC_A( 3,( 5.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6176*/ { GBOUND(( -3.4-PVOFSH ),( -3.4-PVOFSH ) ), GC_A( 2,( -3.4-PVOFSH ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /*...........................................................................*/ |
| /*MT6176*/ |
| /*MT6176*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA [] = |
| /*MT6176*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6176*/ { (int)RF_GSM850_MAXGAIN_ELNA , (int)RF_GSM850_MINGAIN_ELNA }, /* FrequencyBand850 */ |
| /*MT6176*/ { (int)RF_GSM_MAXGAIN_ELNA , (int)RF_GSM_MINGAIN_ELNA }, /* FrequencyBand900 */ |
| /*MT6176*/ { (int)RF_DCS_MAXGAIN_ELNA , (int)RF_DCS_MINGAIN_ELNA }, /* FrequencyBand1800 */ |
| /*MT6176*/ { (int)RF_PCS_MAXGAIN_ELNA , (int)RF_PCS_MINGAIN_ELNA }, /* FrequencyBand1900 */ |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ const sL1DAGCDATA *const AGC_TABLE_ELNA[] = |
| /*MT6176*/ { 0, /*#FrequencyBand400 */ |
| /*MT6176*/ AGC_TABLE_GSM850_ELNA, /* FrequencyBand850 */ |
| /*MT6176*/ AGC_TABLE_GSM900_ELNA, /* FrequencyBand900 */ |
| /*MT6176*/ AGC_TABLE_DCS1800_ELNA, /* FrequencyBand1800 */ |
| /*MT6176*/ AGC_TABLE_PCS1900_ELNA, /* FrequencyBand1900 */ |
| /*MT6176*/ }; |
| /*MT6176*/ |
| /*MT6176*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*MT6176*/ const sL1DSection GAIN_Sec0_ELNA [] = |
| /*MT6176*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6176*/ { (int)RF_GSM850_Sec0_GAIN_ELNA , (int)RF_GSM850_Sec0_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6176*/ { (int)RF_GSM_Sec0_GAIN_ELNA , (int)RF_GSM_Sec0_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6176*/ { (int)RF_DCS_Sec0_GAIN_ELNA , (int)RF_DCS_Sec0_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6176*/ { (int)RF_PCS_Sec0_GAIN_ELNA , (int)RF_PCS_Sec0_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6176*/ }; |
| /*MT6176*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*MT6176*/ const sL1DSection GAIN_Sec1_ELNA [] = |
| /*MT6176*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6176*/ { (int)RF_GSM850_Sec1_GAIN_ELNA , (int)RF_GSM850_Sec1_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6176*/ { (int)RF_GSM_Sec1_GAIN_ELNA , (int)RF_GSM_Sec1_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6176*/ { (int)RF_DCS_Sec1_GAIN_ELNA , (int)RF_DCS_Sec1_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6176*/ { (int)RF_PCS_Sec1_GAIN_ELNA , (int)RF_PCS_Sec1_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6176*/ }; |
| #endif |
| /*MT6176*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6176*/ |
| /*MT6176*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6176*/ { int max_gain, min_gain, real_gain, blkr_group; |
| /*MT6176*/ const int* d32ptr; |
| /*MT6176*/ const sL1DAGCDATA* agcptr; |
| /*MT6176*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6176*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6176*/ long setting; |
| /*MT6176*/ int bit_no, idx, lna_path_loss, ibbd_threshold, hrd_threshold; |
| /*MT6176*/ int is_seiq = 1; // MT6176 is defualt using SEIQ, remember also align is_seiq value at L1D_RF_FindGainStep() |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ unsigned short agcptr_idx = 0; //index of AGC table for fixing RX gain setting |
| /*MT6176*/ unsigned short is_elna_usage = L1D_RF_Check_If_ExternalLNA(rf_band); // check if using eLNA |
| /*MT6176*/ #endif |
| /*MT6176*/ |
| /*MT6176*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6176*/ sAGCLNAGAINOFFSET* ofsptr_offset; |
| /*MT6176*/ kal_uint16 rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_enable; |
| /*MT6176*/ kal_uint16 meta_rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_meta_enable; |
| /*MT6176*/ int lna_path_loss_offset = 0; |
| /*MT6176*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6176*/ |
| /*MT6176*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage ) |
| /*MT6176*/ { ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA : IBBD_HB_THRESHOLD_ELNA; } |
| /*MT6176*/ else // no eLNA |
| /*MT6176*/ #endif |
| /*MT6176*/ { ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD : IBBD_HB_THRESHOLD; } |
| /*MT6176*/ #endif |
| /*MT6176*/ |
| /*MT6176*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage ) |
| /*MT6176*/ { hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA : HRD_HB_THRESHOLD_ELNA; } |
| /*MT6176*/ else // no eLNA |
| /*MT6176*/ #endif |
| /*MT6176*/ { hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD : HRD_HB_THRESHOLD; } |
| /*MT6176*/ #endif |
| /*MT6176*/ |
| /*MT6176*/ /* evaluate the range of available gain */ |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage ) |
| /*MT6176*/ { d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA[rf_band]); } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); } |
| /*MT6176*/ max_gain = *d32ptr++; |
| /*MT6176*/ min_gain = *d32ptr; |
| /*MT6176*/ |
| /*MT6176*/ /* D[12:10]: blkr_group used for IBB/HRD case if request_gain>=0, D[9:0]: request_gain for Normal case */ |
| /*MT6176*/ blkr_group = (request_gain>=0)?((request_gain>>10)&0x7):0; |
| /*MT6176*/ request_gain = (request_gain>=0)?(request_gain&0x3FF):request_gain; |
| /*MT6176*/ |
| /*MT6176*/ /* Normal Mode: From Voltage_Gain to Power_Gain (Voltage_Gain comes from m11303.c)*/ |
| /*MT6176*/ /* Meta Mode: Bring Power_Gain directly*/ |
| /*MT6176*/ if((!L1D_CheckIfMetaMode())) |
| /*MT6176*/ { request_gain -= ((rf_band<FrequencyBand1800) ? (PVOFSL*PWRRES) : (PVOFSH*PWRRES)); } |
| /*MT6176*/ |
| /*MT6176*/ /* clipping the request gain to the avialable gain */ |
| /*MT6176*/ if( request_gain>=max_gain ) |
| /*MT6176*/ { request_gain = max_gain; |
| /*MT6176*/ } |
| /*MT6176*/ else if( request_gain<=min_gain ) |
| /*MT6176*/ { request_gain = min_gain; |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ /* choose the LNA path loss */ |
| /*MT6176*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6176*/ /* get the arfcn section */ |
| /*MT6176*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6176*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6176*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6176*/ { break; } |
| /*MT6176*/ ofsptr++; |
| /*MT6176*/ lnaptr++; |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ /* evaluate the real gain setting */ |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage ) |
| /*MT6176*/ { agcptr = AGC_TABLE_ELNA[rf_band]; } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { agcptr = AGC_TABLE[rf_band]; } |
| /*MT6176*/ |
| /*MT6176*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6176*/ { |
| /*MT6176*/ agcptr++; |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ agcptr_idx++; |
| /*MT6176*/ #endif |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ { |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage && (L1D_CheckIfMetaMode()) ) |
| /*MT6176*/ {/* Special handling under META mode. Normal mode will use the exact gain listed in RX gain table*/ |
| /*MT6176*/ switch( agcptr_idx ) |
| /*MT6176*/ { |
| /*MT6176*/ case 0: // Section0, fix RX gain setting w/o extrapolation |
| /*MT6176*/ bit_no = GAIN_Sec0_ELNA[rf_band].bitno; |
| /*MT6176*/ real_gain = GAIN_Sec0_ELNA[rf_band].real_gain; |
| /*MT6176*/ break; |
| /*MT6176*/ case 1: // Section1, fix RX gain setting w/o extrapolation |
| /*MT6176*/ bit_no = GAIN_Sec1_ELNA[rf_band].bitno; |
| /*MT6176*/ real_gain = GAIN_Sec1_ELNA[rf_band].real_gain; |
| /*MT6176*/ break; |
| /*MT6176*/ default: // Other sections |
| /*MT6176*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6176*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6176*/ break; |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { |
| /*MT6176*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6176*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ if( 0 ) |
| /*MT6176*/ { /* do nothing */ } |
| /*MT6176*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6176*/ else if( ((((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= (hrd_threshold))) || (((l1d_rf.blk_flag)&(IBB_FOUND)) && (request_gain >= (ibbd_threshold)))) && (blkr_group > 0) ) |
| /*MT6176*/ { |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if(is_elna_usage) |
| /*MT6176*/ { |
| /*MT6176*/ switch( blkr_group ) |
| /*MT6176*/ { |
| /*MT6176*/ case 1: |
| /*MT6176*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6+is_seiq)<<6)|(0x7<<3)|0x4; // reduce LNA/TIA, increase LPF2 Gain |
| /*MT6176*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+(bit_no-6)*LPF2_DROP_GAIN); |
| /*MT6176*/ break; |
| /*MT6176*/ default: |
| /*MT6176*/ setting = agcptr->setting | (((bit_no+is_seiq)&0xF)<<6); |
| /*MT6176*/ break; |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { |
| /*MT6176*/ switch( blkr_group ) |
| /*MT6176*/ { |
| /*MT6176*/ case 1: |
| /*MT6176*/ setting = (agcptr->setting&0x3FFFFFC0)|(((bit_no+is_seiq)&0xF)<<6)|(0x1<<3)|0x5; // reduce LNA Gain |
| /*MT6176*/ real_gain-= (LNA_DROP_GAIN); |
| /*MT6176*/ break; |
| /*MT6176*/ case 2: |
| /*MT6176*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6+is_seiq)<<6)|(0x3<<3)|0x5; // reduce LNA/TIA/LPF2 Gain |
| /*MT6176*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+(bit_no-6)*LPF2_DROP_GAIN); |
| /*MT6176*/ break; |
| /*MT6176*/ case 3: |
| /*MT6176*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6+is_seiq)<<6)|(0x3<<3)|0x6; // reduce TIA Gain, increase LPF2 Gain |
| /*MT6176*/ real_gain-= (TIA_DROP_GAIN+(bit_no-6)*LPF2_DROP_GAIN); |
| /*MT6176*/ break; |
| /*MT6176*/ case 4: |
| /*MT6176*/ setting = (agcptr->setting&0x3FFFFFC0)|((((bit_no+is_seiq)-1)&0xF)<<6)|(0x7<<3)|0x5; // reduce LNA/TIA/LPF2 Gain |
| /*MT6176*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+LPF2_DROP_GAIN); |
| /*MT6176*/ break; |
| /*MT6176*/ case 5: |
| /*MT6176*/ setting = (agcptr->setting&0x3FFFFFC0)|((((bit_no+is_seiq)-1)&0xF)<<6)|(0x3<<3)|0x5; // reduce LNA/LPF2 Gain |
| /*MT6176*/ real_gain-= (LNA_DROP_GAIN+LPF2_DROP_GAIN); |
| /*MT6176*/ break; |
| /*MT6176*/ default: |
| /*MT6176*/ bit_no = (bit_no==0)? 0x2 : bit_no; |
| /*MT6176*/ setting = agcptr->setting | (((bit_no+is_seiq)&0xF)<<6); |
| /*MT6176*/ break; |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ #endif |
| /*MT6176*/ else |
| /*MT6176*/ { |
| /*MT6176*/ setting = agcptr->setting | (((bit_no+is_seiq)&0xF)<<6); |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ real_gain+= (LPF2_DROP_GAIN)*is_seiq; // SEIQ need to boot up 3dB gain |
| /*MT6176*/ |
| /*MT6176*/ /* if freq.>1400MHz and LNA gain is maximum(3b'110), bit11 sets to 1(RX_LNA_FBRO_PATH1=1).*/ |
| /*MT6176*/ if ( (rf_band>=FrequencyBand1800) && ((setting&0x07) == 0x06) ) |
| /*MT6176*/ { setting |= 0x800; } |
| /*MT6176*/ |
| /*MT6176*/ idx = (int)(setting&0x7); |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage ) |
| /*MT6176*/ { |
| /*MT6176*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*MT6176*/ { lna_path_loss = 0; } |
| /*MT6176*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*MT6176*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6176*/ else /* LNA_Low : G1 */ |
| /*MT6176*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6176*/ } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { |
| /*MT6176*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6176*/ { lna_path_loss = 0; } |
| /*MT6176*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6176*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6176*/ else /* LNA_Low : G1*/ |
| /*MT6176*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ |
| /*MT6176*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6176*/ /* get the arfcn section */ |
| /*MT6176*/ ofsptr_offset = AGCLNA_PATHLOSS_OFFSET[rf_band]; |
| /*MT6176*/ while( ofsptr_offset->max_arfcn>=0 ) |
| /*MT6176*/ { if( arfcn <= ofsptr_offset->max_arfcn ) |
| /*MT6176*/ { break; } |
| /*MT6176*/ ofsptr_offset++; |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ |
| /*MT6176*/ if( rx_power_offset_enable ) |
| /*MT6176*/ { |
| /*MT6176*/ if( ( L1D_CheckIfMetaMode() && ( meta_rx_power_offset_enable == 1 )) || // DUT In META mode and enable META mode compensation |
| /*MT6176*/ (L1D_CheckIfMetaMode() == 0) // DUT in normal mode, apply compensation |
| /*MT6176*/ ) |
| /*MT6176*/ { |
| /*MT6176*/ /*idx = (int)(((agcptr->setting)>>5)&0x7);*/ |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( is_elna_usage ) |
| /*MT6176*/ { |
| /*MT6176*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*MT6176*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6176*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*MT6176*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6176*/ else /* LNA_Low : G1 */ |
| /*MT6176*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6176*/ } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { |
| /*MT6176*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6176*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6176*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6176*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6176*/ else /* LNA_Low : G1*/ |
| /*MT6176*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ else |
| /*MT6176*/ { |
| /*MT6176*/ lna_path_loss_offset = 0; |
| /*MT6176*/ } |
| /*MT6176*/ extern void L1D_RF_RPO_Trace( uint32 v1, uint32 v2, uint32 v3, uint32 v4, int32 v5, int32 v6 ); |
| /*MT6176*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, idx, rf_band, arfcn, lna_path_loss_offset); |
| /*MT6176*/ } |
| /*MT6176*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6176*/ |
| /*MT6176*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6176*/ real_gain -= (lna_path_loss_offset+lna_path_loss); |
| /*MT6176*/ #else |
| /*MT6176*/ real_gain -= lna_path_loss;// choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*MT6176*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6176*/ } |
| /*MT6176*/ |
| /*MT6176*/ #if IS_RSSI_TC_SUPPORT |
| /*MT6176*/ if(L1D_CheckIfMetaMode()==0) |
| /*MT6176*/ { real_gain-=L1D_RF_CompensateRXGain( l1d_rf.band ); } // Compensate RX Gain acoording to temperature when normal mode |
| /*MT6176*/ #endif |
| /*MT6176*/ |
| /*MT6176*/ *gain_setting = setting; |
| /*MT6176*/ return( real_gain ); |
| /*MT6176*/ } |
| /*MT6176*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6176*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6176*/ { |
| /*MT6176*/ unsigned short gain_step = gain_setting & 0x3FF; |
| /*MT6176*/ int is_seiq = 1; |
| /*MT6176*/ |
| /*MT6176*/ gain_step = (is_seiq==1)?((((gain_step>>6)&0xF)-1)<<6)|gain_step&0x3F:gain_step; |
| /*MT6176*/ |
| /*MT6176*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6176*/ if( L1D_RF_Check_If_ExternalLNA(rf_band) ) |
| /*MT6176*/ { |
| /*MT6176*/ switch( gain_step ) |
| /*MT6176*/ { |
| /*MT6176*/ case 0x1CD: |
| /*MT6176*/ return 10; |
| /*MT6176*/ case 0x11D: |
| /*MT6176*/ return 9; |
| /*MT6176*/ case 0x1BC: |
| /*MT6176*/ return 8; |
| /*MT6176*/ case 0x10D: |
| /*MT6176*/ return 7; |
| /*MT6176*/ case 0x15D: |
| /*MT6176*/ return 6; |
| /*MT6176*/ case 0xDD: |
| /*MT6176*/ return 5; |
| /*MT6176*/ case 0x11C: |
| /*MT6176*/ return 4; |
| /*MT6176*/ case 0xDC: |
| /*MT6176*/ return 3; |
| /*MT6176*/ case 0x189: |
| /*MT6176*/ return 2; |
| /*MT6176*/ case 0x149: |
| /*MT6176*/ return 1; |
| /*MT6176*/ default: |
| /*MT6176*/ return 0; |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ else |
| /*MT6176*/ #endif |
| /*MT6176*/ { |
| /*MT6176*/ switch( gain_step ) |
| /*MT6176*/ { |
| /*MT6176*/ case 0x1CE: |
| /*MT6176*/ return 12; |
| /*MT6176*/ case 0x1CD: |
| /*MT6176*/ return 11; |
| /*MT6176*/ case 0x19E: |
| /*MT6176*/ return 9; |
| /*MT6176*/ case 0x19D: |
| /*MT6176*/ return 10; |
| /*MT6176*/ case 0x18E: |
| /*MT6176*/ return 8; |
| /*MT6176*/ case 0x14E: |
| /*MT6176*/ return 7; |
| /*MT6176*/ case 0x10E: |
| /*MT6176*/ return 6; |
| /*MT6176*/ case 0x15E: |
| /*MT6176*/ return 5; |
| /*MT6176*/ case 0x13D: |
| /*MT6176*/ return 4; |
| /*MT6176*/ case 0x11D: |
| /*MT6176*/ return 3; |
| /*MT6176*/ case 0x15D: |
| /*MT6176*/ return 2; |
| /*MT6176*/ case 0xDD: |
| /*MT6176*/ return 1; |
| /*MT6176*/ default: |
| /*MT6176*/ return 0; |
| /*MT6176*/ } |
| /*MT6176*/ } |
| /*MT6176*/ } |
| #endif |
| #endif |
| |
| #if IS_RF_MT6179 |
| /*MT6179*/ |
| /*MT6179*/ #define GAIN_STEP 3 |
| /*MT6179*/ #define PVOFSL 34 |
| /*MT6179*/ #define PVOFSH 34 |
| /*MT6179*/ #define LPF2_DROP_GAIN ROUNDINT(3*(PWRRES)) |
| /*MT6179*/ #define TIA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6179*/ #define LNA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6179*/ #define HRD_LB_THRESHOLD ROUNDINT((44.6-PVOFSL)*(PWRRES)) |
| /*MT6179*/ #define HRD_HB_THRESHOLD ROUNDINT((44.6-PVOFSH)*(PWRRES)) |
| /*MT6179*/ #define IBBD_LB_THRESHOLD ROUNDINT((53.6-PVOFSL)*(PWRRES)) |
| /*MT6179*/ #define IBBD_HB_THRESHOLD ROUNDINT((53.6-PVOFSH)*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_MAXGAIN (( 56.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_MINGAIN (( 5.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_MAXGAIN (( 56.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_MINGAIN (( 5.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_MAXGAIN (( 56.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_MINGAIN (( 5.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_MAXGAIN (( 56.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_MINGAIN (( 5.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ |
| /*MT6179*/ /* GSM850....................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_GSM850[5] = |
| /*MT6179*/ { { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* GSM900....................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_GSM900[5] = |
| /*MT6179*/ { { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* DCS1800...................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_DCS1800[5] = |
| /*MT6179*/ { { GBOUND(( 47.6-PVOFSH ),( 44.6-PVOFSH ) ), GC_A( 5,( 47.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 6,( 44.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSH ),( 26.6-PVOFSH ) ), GC_A( 3,( 29.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSH ),( 14.6-PVOFSH ) ), GC_A( 5,( 17.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSH ),( 5.6-PVOFSH ) ), GC_A( 3,( 5.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* PCS1900...................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_PCS1900[5] = |
| /*MT6179*/ { { GBOUND(( 47.6-PVOFSH ),( 44.6-PVOFSH ) ), GC_A( 5,( 47.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 6,( 44.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSH ),( 26.6-PVOFSH ) ), GC_A( 3,( 29.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSH ),( 14.6-PVOFSH ) ), GC_A( 5,( 17.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSH ),( 5.6-PVOFSH ) ), GC_A( 3,( 5.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /*...........................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6179*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6179*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6179*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6179*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6179*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6179*/ { 0, /*#FrequencyBand400 */ |
| /*MT6179*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6179*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6179*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6179*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /*---------------------- RX gain table for E1 version ----------------------*/ |
| /*MT6179*/ #define HRD_LB_THRESHOLD_E1 ROUNDINT((44.6-PVOFSL)*(PWRRES)) |
| /*MT6179*/ #define HRD_HB_THRESHOLD_E1 ROUNDINT((44.6-PVOFSH)*(PWRRES)) |
| /*MT6179*/ #define IBBD_LB_THRESHOLD_E1 ROUNDINT((53.6-PVOFSL)*(PWRRES)) |
| /*MT6179*/ #define IBBD_HB_THRESHOLD_E1 ROUNDINT((53.6-PVOFSH)*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_MAXGAIN_E1 (( 62.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_MINGAIN_E1 (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_MAXGAIN_E1 (( 62.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_MINGAIN_E1 (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_MAXGAIN_E1 (( 62.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_MINGAIN_E1 (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_MAXGAIN_E1 (( 62.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_MINGAIN_E1 (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6179*/ |
| /*MT6179*/ /* GSM850....................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_GSM850_E1[7] = |
| /*MT6179*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* GSM900....................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_GSM900_E1[7] = |
| /*MT6179*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* DCS1800...................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_DCS1800_E1[7] = |
| /*MT6179*/ { { GBOUND(( 59.6-PVOFSH ),( 56.6-PVOFSH ) ), GC_A( 7,( 59.6-PVOFSH ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 47.6-PVOFSH ),( 44.6-PVOFSH ) ), GC_A( 5,( 47.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 6,( 44.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSH ),( 26.6-PVOFSH ) ), GC_A( 3,( 29.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSH ),( 14.6-PVOFSH ) ), GC_A( 5,( 17.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSH ),( 2.6-PVOFSH ) ), GC_A( 3,( 5.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -3.4-PVOFSH ),( -3.4-PVOFSH ) ), GC_A( 2,( -3.4-PVOFSH ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* PCS1900...................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_PCS1900_E1[7] = |
| /*MT6179*/ { { GBOUND(( 59.6-PVOFSH ),( 56.6-PVOFSH ) ), GC_A( 7,( 59.6-PVOFSH ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 47.6-PVOFSH ),( 44.6-PVOFSH ) ), GC_A( 5,( 47.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6179*/ { GBOUND(( 44.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 6,( 44.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6179*/ { GBOUND(( 29.6-PVOFSH ),( 26.6-PVOFSH ) ), GC_A( 3,( 29.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSH ),( 14.6-PVOFSH ) ), GC_A( 5,( 17.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 5.6-PVOFSH ),( 2.6-PVOFSH ) ), GC_A( 3,( 5.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -3.4-PVOFSH ),( -3.4-PVOFSH ) ), GC_A( 2,( -3.4-PVOFSH ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /*...........................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_E1[] = |
| /*MT6179*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6179*/ { (int)RF_GSM850_MAXGAIN_E1, (int)RF_GSM850_MINGAIN_E1 }, /* FrequencyBand850 */ |
| /*MT6179*/ { (int)RF_GSM_MAXGAIN_E1, (int)RF_GSM_MINGAIN_E1 }, /* FrequencyBand900 */ |
| /*MT6179*/ { (int)RF_DCS_MAXGAIN_E1, (int)RF_DCS_MINGAIN_E1 }, /* FrequencyBand1800 */ |
| /*MT6179*/ { (int)RF_PCS_MAXGAIN_E1, (int)RF_PCS_MINGAIN_E1 }, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA *const AGC_TABLE_E1[] = |
| /*MT6179*/ { 0, /*#FrequencyBand400 */ |
| /*MT6179*/ AGC_TABLE_GSM850_E1, /* FrequencyBand850 */ |
| /*MT6179*/ AGC_TABLE_GSM900_E1, /* FrequencyBand900 */ |
| /*MT6179*/ AGC_TABLE_DCS1800_E1, /* FrequencyBand1800 */ |
| /*MT6179*/ AGC_TABLE_PCS1900_E1, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ |
| #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ #define HRD_LB_THRESHOLD_ELNA ROUNDINT((32.6-PVOFSL)*(PWRRES)) |
| /*MT6179*/ #define HRD_HB_THRESHOLD_ELNA ROUNDINT((32.6-PVOFSH)*(PWRRES)) |
| /*MT6179*/ #define IBBD_LB_THRESHOLD_ELNA ROUNDINT((35.6-PVOFSL)*(PWRRES)) |
| /*MT6179*/ #define IBBD_HB_THRESHOLD_ELNA ROUNDINT((35.6-PVOFSH)*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_MAXGAIN_ELNA (( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_MINGAIN_ELNA (( -0.4-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_MAXGAIN_ELNA (( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_MINGAIN_ELNA (( -0.4-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_MAXGAIN_ELNA (( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_MINGAIN_ELNA (( -0.4-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_MAXGAIN_ELNA (( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_MINGAIN_ELNA (( -0.4-PVOFSH )*(PWRRES)) |
| /*MT6179*/ |
| /*MT6179*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*MT6179*/ #define RF_GSM850_Sec0_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_Sec1_GAIN_ELNA ROUNDINT(( 41.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_Sec0_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM_Sec1_GAIN_ELNA ROUNDINT(( 41.6-PVOFSL )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_Sec0_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_DCS_Sec1_GAIN_ELNA ROUNDINT(( 41.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_Sec0_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_PCS_Sec1_GAIN_ELNA ROUNDINT(( 41.6-PVOFSH )*(PWRRES)) |
| /*MT6179*/ #define RF_GSM850_Sec0_BitNo_ELNA 8 |
| /*MT6179*/ #define RF_GSM850_Sec1_BitNo_ELNA 5 |
| /*MT6179*/ #define RF_GSM_Sec0_BitNo_ELNA 8 |
| /*MT6179*/ #define RF_GSM_Sec1_BitNo_ELNA 5 |
| /*MT6179*/ #define RF_DCS_Sec0_BitNo_ELNA 8 |
| /*MT6179*/ #define RF_DCS_Sec1_BitNo_ELNA 5 |
| /*MT6179*/ #define RF_PCS_Sec0_BitNo_ELNA 8 |
| /*MT6179*/ #define RF_PCS_Sec1_BitNo_ELNA 5 |
| /*MT6179*/ |
| /*MT6179*/ /* GSM850....................................................................*/ |
| /*MT6179*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA [7] = |
| /*MT6179*/ { { GBOUND(( 50.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 8,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 5,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6179*/ { GBOUND(( 32.6-PVOFSL ),( 29.6-PVOFSL ) ), GC_A( 4,( 32.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 4,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -0.4-PVOFSL ),( -0.4-PVOFSL ) ), GC_A( 3,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* GSM900....................................................................*/ |
| /*MT6179*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA [7] = |
| /*MT6179*/ { { GBOUND(( 50.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 8,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 5,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6179*/ { GBOUND(( 32.6-PVOFSL ),( 29.6-PVOFSL ) ), GC_A( 4,( 32.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 4,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -0.4-PVOFSL ),( -0.4-PVOFSL ) ), GC_A( 3,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* DCS1800...................................................................*/ |
| /*MT6179*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA [7] = |
| /*MT6179*/ { { GBOUND(( 50.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 8,( 50.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 41.6-PVOFSH ),( 38.6-PVOFSH ) ), GC_A( 5,( 41.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6179*/ { GBOUND(( 32.6-PVOFSH ),( 29.6-PVOFSH ) ), GC_A( 4,( 32.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 26.6-PVOFSH ),( 23.6-PVOFSH ) ), GC_A( 4,( 26.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSH ),( 14.6-PVOFSH ) ), GC_A( 5,( 17.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 8.6-PVOFSH ),( 5.6-PVOFSH ) ), GC_A( 4,( 8.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -0.4-PVOFSH ),( -0.4-PVOFSH ) ), GC_A( 3,( -0.4-PVOFSH ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /* PCS1900...................................................................*/ |
| /*MT6179*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6179*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA [7] = |
| /*MT6179*/ { { GBOUND(( 50.6-PVOFSH ),( 41.6-PVOFSH ) ), GC_A( 8,( 50.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6179*/ { GBOUND(( 41.6-PVOFSH ),( 38.6-PVOFSH ) ), GC_A( 5,( 41.6-PVOFSH ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6179*/ { GBOUND(( 32.6-PVOFSH ),( 29.6-PVOFSH ) ), GC_A( 4,( 32.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6179*/ { GBOUND(( 26.6-PVOFSH ),( 23.6-PVOFSH ) ), GC_A( 4,( 26.6-PVOFSH ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6179*/ { GBOUND(( 17.6-PVOFSH ),( 14.6-PVOFSH ) ), GC_A( 5,( 17.6-PVOFSH ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6179*/ { GBOUND(( 8.6-PVOFSH ),( 5.6-PVOFSH ) ), GC_A( 4,( 8.6-PVOFSH ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6179*/ { GBOUND(( -0.4-PVOFSH ),( -0.4-PVOFSH ) ), GC_A( 3,( -0.4-PVOFSH ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /*...........................................................................*/ |
| /*MT6179*/ |
| /*MT6179*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA [] = |
| /*MT6179*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6179*/ { (int)RF_GSM850_MAXGAIN_ELNA , (int)RF_GSM850_MINGAIN_ELNA }, /* FrequencyBand850 */ |
| /*MT6179*/ { (int)RF_GSM_MAXGAIN_ELNA , (int)RF_GSM_MINGAIN_ELNA }, /* FrequencyBand900 */ |
| /*MT6179*/ { (int)RF_DCS_MAXGAIN_ELNA , (int)RF_DCS_MINGAIN_ELNA }, /* FrequencyBand1800 */ |
| /*MT6179*/ { (int)RF_PCS_MAXGAIN_ELNA , (int)RF_PCS_MINGAIN_ELNA }, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ const sL1DAGCDATA *const AGC_TABLE_ELNA[] = |
| /*MT6179*/ { 0, /*#FrequencyBand400 */ |
| /*MT6179*/ AGC_TABLE_GSM850_ELNA, /* FrequencyBand850 */ |
| /*MT6179*/ AGC_TABLE_GSM900_ELNA, /* FrequencyBand900 */ |
| /*MT6179*/ AGC_TABLE_DCS1800_ELNA, /* FrequencyBand1800 */ |
| /*MT6179*/ AGC_TABLE_PCS1900_ELNA, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ |
| /*MT6179*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*MT6179*/ const sL1DSection GAIN_Sec0_ELNA [] = |
| /*MT6179*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6179*/ { (int)RF_GSM850_Sec0_GAIN_ELNA , (int)RF_GSM850_Sec0_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6179*/ { (int)RF_GSM_Sec0_GAIN_ELNA , (int)RF_GSM_Sec0_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6179*/ { (int)RF_DCS_Sec0_GAIN_ELNA , (int)RF_DCS_Sec0_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6179*/ { (int)RF_PCS_Sec0_GAIN_ELNA , (int)RF_PCS_Sec0_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| /*MT6179*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*MT6179*/ const sL1DSection GAIN_Sec1_ELNA [] = |
| /*MT6179*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6179*/ { (int)RF_GSM850_Sec1_GAIN_ELNA , (int)RF_GSM850_Sec1_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6179*/ { (int)RF_GSM_Sec1_GAIN_ELNA , (int)RF_GSM_Sec1_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6179*/ { (int)RF_DCS_Sec1_GAIN_ELNA , (int)RF_DCS_Sec1_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6179*/ { (int)RF_PCS_Sec1_GAIN_ELNA , (int)RF_PCS_Sec1_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6179*/ }; |
| #endif |
| /*MT6179*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6179*/ |
| /*MT6179*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6179*/ { int max_gain, min_gain, real_gain, blkr_group, l1_obb_flag = 0; |
| /*MT6179*/ const int* d32ptr; |
| /*MT6179*/ const sL1DAGCDATA* agcptr; |
| /*MT6179*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6179*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6179*/ long setting; |
| /*MT6179*/ int bit_no, idx, lna_path_loss, ibbd_threshold, hrd_threshold; |
| /*MT6179*/ int lna_path_extra_loss = (rf_band<FrequencyBand1800) ? 0 : (5 * PWRRES); |
| /*MT6179*/ unsigned short L1D_chip_ver = L1D_RF_QUERY_CHIP_VERSION(); |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ unsigned short agcptr_idx = 0; //index of AGC table for fixing RX gain setting |
| /*MT6179*/ unsigned short is_elna_usage = L1D_RF_Check_If_ExternalLNA(rf_band); // check if using eLNA |
| /*MT6179*/ #endif |
| /*MT6179*/ |
| /*MT6179*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6179*/ sAGCLNAGAINOFFSET* ofsptr_offset; |
| /*MT6179*/ kal_uint16 rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_enable; |
| /*MT6179*/ kal_uint16 meta_rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_meta_enable; |
| /*MT6179*/ int lna_path_loss_offset = 0; |
| /*MT6179*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6179*/ |
| /*MT6179*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage ) |
| /*MT6179*/ { ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA : IBBD_HB_THRESHOLD_ELNA; } |
| /*MT6179*/ else // no eLNA |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if ( L1D_chip_ver == MML1_RF_IS_E1) |
| /*MT6179*/ { ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_E1 : IBBD_HB_THRESHOLD_E1; } |
| /*MT6179*/ else |
| /*MT6179*/ { ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD : IBBD_HB_THRESHOLD; } |
| /*MT6179*/ } |
| /*MT6179*/ #endif |
| /*MT6179*/ |
| /*MT6179*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage ) |
| /*MT6179*/ { hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA : HRD_HB_THRESHOLD_ELNA; } |
| /*MT6179*/ else // no eLNA |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if ( L1D_chip_ver == MML1_RF_IS_E1) |
| /*MT6179*/ { hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_E1 : HRD_HB_THRESHOLD_E1; } |
| /*MT6179*/ else |
| /*MT6179*/ { hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD : HRD_HB_THRESHOLD; } |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ #endif |
| /*MT6179*/ |
| /*MT6179*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6179*/ if( l1d_rf.band < FrequencyBand1800 ) |
| /*MT6179*/ { l1_obb_flag = (l1d_rf.blk_flag & LB_OBB_FOUND) ? 1 : 0; } |
| /*MT6179*/ else |
| /*MT6179*/ { l1_obb_flag = (l1d_rf.blk_flag & HB_OBB_FOUND) ? 1 : 0; } |
| /*MT6179*/ #endif |
| /*MT6179*/ |
| /*MT6179*/ /* evaluate the range of available gain */ |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage ) |
| /*MT6179*/ { d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA[rf_band]); } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if ( L1D_chip_ver == MML1_RF_IS_E1) |
| /*MT6179*/ { d32ptr = (int*)&(GAIN_RANGE_TABLE_E1[rf_band]); } |
| /*MT6179*/ else |
| /*MT6179*/ { d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); } |
| /*MT6179*/ } |
| /*MT6179*/ max_gain = *d32ptr++; |
| /*MT6179*/ min_gain = *d32ptr; |
| /*MT6179*/ |
| /*MT6179*/ /* D[12:10]: blkr_group used for IBB/HRD case if request_gain>=0, D[9:0]: request_gain for Normal case */ |
| /*MT6179*/ blkr_group = (request_gain>=0)?((request_gain>>10)&0x7):0; |
| /*MT6179*/ request_gain = (request_gain>=0)?(request_gain&0x3FF):request_gain; |
| /*MT6179*/ |
| /*MT6179*/ /* Normal Mode: From Voltage_Gain to Power_Gain (Voltage_Gain comes from m11303.c)*/ |
| /*MT6179*/ /* Meta Mode: Bring Power_Gain directly*/ |
| /*MT6179*/ if((!L1D_CheckIfMetaMode())) |
| /*MT6179*/ { request_gain -= ((rf_band<FrequencyBand1800) ? (PVOFSL*PWRRES) : (PVOFSH*PWRRES)); } |
| /*MT6179*/ |
| /*MT6179*/ /* clipping the request gain to the avialable gain */ |
| /*MT6179*/ if( request_gain>=max_gain ) |
| /*MT6179*/ { request_gain = max_gain; |
| /*MT6179*/ } |
| /*MT6179*/ else if( request_gain<=min_gain ) |
| /*MT6179*/ { request_gain = min_gain; |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ /* choose the LNA path loss */ |
| /*MT6179*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6179*/ /* get the arfcn section */ |
| /*MT6179*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6179*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6179*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6179*/ { break; } |
| /*MT6179*/ ofsptr++; |
| /*MT6179*/ lnaptr++; |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ /* evaluate the real gain setting */ |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage ) |
| /*MT6179*/ { agcptr = AGC_TABLE_ELNA[rf_band]; } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if ( L1D_chip_ver == MML1_RF_IS_E1) |
| /*MT6179*/ { agcptr = AGC_TABLE_E1[rf_band]; } |
| /*MT6179*/ else |
| /*MT6179*/ { agcptr = AGC_TABLE[rf_band]; } |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6179*/ { |
| /*MT6179*/ agcptr++; |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ agcptr_idx++; |
| /*MT6179*/ #endif |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ { |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage && (L1D_CheckIfMetaMode()) ) |
| /*MT6179*/ {/* Special handling under META mode. Normal mode will use the exact gain listed in RX gain table*/ |
| /*MT6179*/ switch( agcptr_idx ) |
| /*MT6179*/ { |
| /*MT6179*/ case 0: // Section0, fix RX gain setting w/o extrapolation |
| /*MT6179*/ bit_no = GAIN_Sec0_ELNA[rf_band].bitno; |
| /*MT6179*/ real_gain = GAIN_Sec0_ELNA[rf_band].real_gain; |
| /*MT6179*/ break; |
| /*MT6179*/ case 1: // Section1, fix RX gain setting w/o extrapolation |
| /*MT6179*/ bit_no = GAIN_Sec1_ELNA[rf_band].bitno; |
| /*MT6179*/ real_gain = GAIN_Sec1_ELNA[rf_band].real_gain; |
| /*MT6179*/ break; |
| /*MT6179*/ default: // Other sections |
| /*MT6179*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6179*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6179*/ break; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6179*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ if( 0 ) |
| /*MT6179*/ { /* do nothing */ } |
| /*MT6179*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT || IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6179*/ else if( ((((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= (hrd_threshold))) || (((l1d_rf.blk_flag)&(IBB_FOUND)) && (request_gain >= (ibbd_threshold))) || (l1_obb_flag == 1)) && (blkr_group > 0) ) |
| /*MT6179*/ { |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if(is_elna_usage) |
| /*MT6179*/ { |
| /*MT6179*/ switch( blkr_group ) |
| /*MT6179*/ { |
| /*MT6179*/ case 1: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x7)<<6)|(0x7<<3)|0x4; // reduce LNA/TIA, increase LPF2 Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+(bit_no-7)*LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ default: |
| /*MT6179*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6179*/ break; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if ( L1D_chip_ver == MML1_RF_IS_E1) |
| /*MT6179*/ { |
| /*MT6179*/ switch( blkr_group ) |
| /*MT6179*/ { |
| /*MT6179*/ case 1: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|(((bit_no-1)&0xF)<<6)|(0x1<<3)|0x6; // reduce TIA/LPF2 Gain |
| /*MT6179*/ real_gain-= (TIA_DROP_GAIN+LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 2: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|((bit_no&0xF)<<6)|(0x1<<3)|0x5; // reduce LNA/TIAGain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 3: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x7)<<6)|(0x1<<3)|0x5; // reduce LNA/LPF2 Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+(bit_no-7)*LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 4: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|(((bit_no-1)&0xF)<<6)|(0x7<<3)|0x5; // reduce LNA/TIA/LPF2 Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ default: |
| /*MT6179*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6179*/ break; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ { |
| /*MT6179*/ switch( blkr_group ) |
| /*MT6179*/ { |
| /*MT6179*/ case 1: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|((bit_no&0xF)<<6)|(0x1<<3)|0x5; // reduce LNA Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 2: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x7)<<6)|(0x3<<3)|0x5; // reduce LNA/TIA/LPF2 Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+(bit_no-7)*LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 3: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x7)<<6)|(0x3<<3)|0x6; // reduce TIA Gain, increase LPF2 Gain |
| /*MT6179*/ real_gain-= (TIA_DROP_GAIN+(bit_no-7)*LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 4: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|(((bit_no-1)&0xF)<<6)|(0x7<<3)|0x5; // reduce LNA/TIA/LPF2 Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN+LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ case 5: |
| /*MT6179*/ setting = (agcptr->setting&0x3FFFFFC0)|(((bit_no-1)&0xF)<<6)|(0x3<<3)|0x5; // reduce LNA/LPF2 Gain |
| /*MT6179*/ real_gain-= (LNA_DROP_GAIN+LPF2_DROP_GAIN); |
| /*MT6179*/ break; |
| /*MT6179*/ default: |
| /*MT6179*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6179*/ break; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ #endif |
| /*MT6179*/ else |
| /*MT6179*/ { |
| /*MT6179*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ idx = (int)(setting&0x7); |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage ) |
| /*MT6179*/ { |
| /*MT6179*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*MT6179*/ { lna_path_loss = 0; } |
| /*MT6179*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*MT6179*/ { |
| /*MT6179*/ if( l1_obb_flag == 1 ) |
| /*MT6179*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset));} |
| /*MT6179*/ else |
| /*MT6179*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset));} |
| /*MT6179*/ } |
| /*MT6179*/ else /* LNA_Low : G1 */ |
| /*MT6179*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6179*/ { lna_path_loss = 0; } |
| /*MT6179*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6179*/ { |
| /*MT6179*/ if( l1_obb_flag == 1 ) |
| /*MT6179*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset));} |
| /*MT6179*/ else |
| /*MT6179*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset));} |
| /*MT6179*/ } |
| /*MT6179*/ else /* LNA_Low : G1*/ |
| /*MT6179*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ |
| /*MT6179*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6179*/ /* get the arfcn section */ |
| /*MT6179*/ ofsptr_offset = AGCLNA_PATHLOSS_OFFSET[rf_band]; |
| /*MT6179*/ while( ofsptr_offset->max_arfcn>=0 ) |
| /*MT6179*/ { if( arfcn <= ofsptr_offset->max_arfcn ) |
| /*MT6179*/ { break; } |
| /*MT6179*/ ofsptr_offset++; |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ |
| /*MT6179*/ if( rx_power_offset_enable ) |
| /*MT6179*/ { |
| /*MT6179*/ if( ( L1D_CheckIfMetaMode() && ( meta_rx_power_offset_enable == 1 )) || // DUT In META mode and enable META mode compensation |
| /*MT6179*/ (L1D_CheckIfMetaMode() == 0) // DUT in normal mode, apply compensation |
| /*MT6179*/ ) |
| /*MT6179*/ { |
| /*MT6179*/ /*idx = (int)(((agcptr->setting)>>5)&0x7);*/ |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( is_elna_usage ) |
| /*MT6179*/ { |
| /*MT6179*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*MT6179*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6179*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*MT6179*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6179*/ else /* LNA_Low : G1 */ |
| /*MT6179*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6179*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6179*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6179*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6179*/ else /* LNA_Low : G1*/ |
| /*MT6179*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ { |
| /*MT6179*/ lna_path_loss_offset = 0; |
| /*MT6179*/ } |
| /*MT6179*/ extern void L1D_RF_RPO_Trace( uint32 v1, uint32 v2, uint32 v3, uint32 v4, int32 v5, int32 v6 ); |
| /*MT6179*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, idx, rf_band, arfcn, lna_path_loss_offset); |
| /*MT6179*/ } |
| /*MT6179*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6179*/ |
| /*MT6179*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6179*/ real_gain -= (lna_path_loss_offset+lna_path_loss); |
| /*MT6179*/ real_gain -= lna_path_extra_loss; |
| /*MT6179*/ #else |
| /*MT6179*/ real_gain-=lna_path_loss; // choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*MT6179*/ real_gain -= lna_path_extra_loss; |
| /*MT6179*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6179*/ } |
| /*MT6179*/ |
| /*MT6179*/ #if IS_RSSI_TC_SUPPORT |
| /*MT6179*/ if(L1D_CheckIfMetaMode()==0) |
| /*MT6179*/ { real_gain-=L1D_RF_CompensateRXGain( l1d_rf.band ); } // Compensate RX Gain acoording to temperature when normal mode |
| /*MT6179*/ #endif |
| /*MT6179*/ |
| /*MT6179*/ *gain_setting = setting; |
| /*MT6179*/ return( real_gain ); |
| /*MT6179*/ } |
| /*MT6179*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6179*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6179*/ { |
| /*MT6179*/ unsigned short gain_step = gain_setting & 0x3FF; |
| /*MT6179*/ |
| /*MT6179*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6179*/ if( L1D_RF_Check_If_ExternalLNA(rf_band) ) |
| /*MT6179*/ { |
| /*MT6179*/ switch( gain_step ) |
| /*MT6179*/ { |
| /*MT6179*/ case 0x20D: |
| /*MT6179*/ return 10; |
| /*MT6179*/ case 0x15D: |
| /*MT6179*/ return 9; |
| /*MT6179*/ case 0x1FC: |
| /*MT6179*/ return 8; |
| /*MT6179*/ case 0x14D: |
| /*MT6179*/ return 7; |
| /*MT6179*/ case 0x19D: |
| /*MT6179*/ return 6; |
| /*MT6179*/ case 0x11D: |
| /*MT6179*/ return 5; |
| /*MT6179*/ case 0x15C: |
| /*MT6179*/ return 4; |
| /*MT6179*/ case 0x11C: |
| /*MT6179*/ return 3; |
| /*MT6179*/ case 0x1C9: |
| /*MT6179*/ return 2; |
| /*MT6179*/ case 0x189: |
| /*MT6179*/ return 1; |
| /*MT6179*/ default: |
| /*MT6179*/ return 0; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ #endif |
| /*MT6179*/ { |
| /*MT6179*/ if ( L1D_RF_QUERY_CHIP_VERSION() == MML1_RF_IS_E1 ) |
| /*MT6179*/ { |
| /*MT6179*/ switch( gain_step ) |
| /*MT6179*/ { |
| /*MT6179*/ case 0x206: |
| /*MT6179*/ return 13; |
| /*MT6179*/ case 0x1CE: |
| /*MT6179*/ return 12; |
| /*MT6179*/ case 0x1C6: |
| /*MT6179*/ return 11; |
| /*MT6179*/ case 0x1CD: |
| /*MT6179*/ return 10; |
| /*MT6179*/ case 0x20E: |
| /*MT6179*/ return 9; |
| /*MT6179*/ case 0x18E: |
| /*MT6179*/ return 8; |
| /*MT6179*/ case 0x14E: |
| /*MT6179*/ return 7; |
| /*MT6179*/ case 0x19E: |
| /*MT6179*/ return 6; |
| /*MT6179*/ case 0x17D: |
| /*MT6179*/ return 5; |
| /*MT6179*/ case 0x1DD: |
| /*MT6179*/ return 4; |
| /*MT6179*/ case 0x19D: |
| /*MT6179*/ return 3; |
| /*MT6179*/ case 0x15D: |
| /*MT6179*/ return 2; |
| /*MT6179*/ case 0x11D: |
| /*MT6179*/ return 1; |
| /*MT6179*/ default: |
| /*MT6179*/ return 0; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ else |
| /*MT6179*/ { |
| /*MT6179*/ switch( gain_step ) |
| /*MT6179*/ { |
| /*MT6179*/ case 0x20E: |
| /*MT6179*/ return 12; |
| /*MT6179*/ case 0x20D: |
| /*MT6179*/ return 11; |
| /*MT6179*/ case 0x1CE: |
| /*MT6179*/ return 10; |
| /*MT6179*/ case 0x1DD: |
| /*MT6179*/ return 9; |
| /*MT6179*/ case 0x1DE: |
| /*MT6179*/ return 8; |
| /*MT6179*/ case 0x18E: |
| /*MT6179*/ return 7; |
| /*MT6179*/ case 0x14E: |
| /*MT6179*/ return 6; |
| /*MT6179*/ case 0x19E: |
| /*MT6179*/ return 5; |
| /*MT6179*/ case 0x17D: |
| /*MT6179*/ return 4; |
| /*MT6179*/ case 0x15D: |
| /*MT6179*/ return 3; |
| /*MT6179*/ case 0x19D: |
| /*MT6179*/ return 2; |
| /*MT6179*/ case 0x11D: |
| /*MT6179*/ return 1; |
| /*MT6179*/ default: |
| /*MT6179*/ return 0; |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ } |
| /*MT6179*/ } |
| #endif |
| #endif |
| |
| #if IS_RF_MT6177L |
| /*MT6177L*/ |
| /*MT6177L*/ #define GAIN_STEP 3 |
| /*MT6177L*/ #define PVOFSL 34 |
| /*MT6177L*/ #define PVOFSH 34 |
| /*MT6177L*/ #define LPF2_DROP_GAIN ROUNDINT(3*(PWRRES)) |
| /*MT6177L*/ #define TIA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6177L*/ #define LNA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6177L*/ #define HRD_LB_THRESHOLD ROUNDINT((44.6-PVOFSL)*(PWRRES)) |
| /*MT6177L*/ #define HRD_HB_THRESHOLD ROUNDINT((44.6-PVOFSH)*(PWRRES)) |
| /*MT6177L*/ #define IBBD_LB_THRESHOLD ROUNDINT((53.6-PVOFSL)*(PWRRES)) |
| /*MT6177L*/ #define IBBD_HB_THRESHOLD ROUNDINT((53.6-PVOFSH)*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_MAXGAIN (( 62.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_MINGAIN (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_MAXGAIN (( 62.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_MINGAIN (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_MAXGAIN (( 62.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_MINGAIN (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_MAXGAIN (( 62.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_MINGAIN (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ |
| /*MT6177L*/ /* GSM850....................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_GSM850[7] = |
| /*MT6177L*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6177L*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6177L*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* GSM900....................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_GSM900[7] = |
| /*MT6177L*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6177L*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6177L*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* DCS1800...................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_DCS1800[7] = |
| /*MT6177L*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6177L*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6177L*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* PCS1900...................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_PCS1900[7] = |
| /*MT6177L*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*MT6177L*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6177L*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /*...........................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6177L*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6177L*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6177L*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ #define HRD_LB_THRESHOLD_ELNA ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*MT6177L*/ #define HRD_HB_THRESHOLD_ELNA ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*MT6177L*/ #define IBBD_LB_THRESHOLD_ELNA ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*MT6177L*/ #define IBBD_HB_THRESHOLD_ELNA ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_MAXGAIN_ELNA (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_MINGAIN_ELNA (( 8.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_MAXGAIN_ELNA (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_MINGAIN_ELNA (( 8.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_MAXGAIN_ELNA (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_MINGAIN_ELNA (( 8.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_MAXGAIN_ELNA (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_MINGAIN_ELNA (( 8.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ |
| /*MT6177L*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*MT6177L*/ #define RF_GSM850_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_Sec0_BitNo_ELNA 8 |
| /*MT6177L*/ #define RF_GSM850_Sec1_BitNo_ELNA 4 |
| /*MT6177L*/ #define RF_GSM_Sec0_BitNo_ELNA 8 |
| /*MT6177L*/ #define RF_GSM_Sec1_BitNo_ELNA 4 |
| /*MT6177L*/ #define RF_DCS_Sec0_BitNo_ELNA 8 |
| /*MT6177L*/ #define RF_DCS_Sec1_BitNo_ELNA 4 |
| /*MT6177L*/ #define RF_PCS_Sec0_BitNo_ELNA 8 |
| /*MT6177L*/ #define RF_PCS_Sec1_BitNo_ELNA 4 |
| /*MT6177L*/ |
| /*MT6177L*/ /* GSM850....................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA [7] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* GSM900....................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA [7] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* DCS1800...................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA [7] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* PCS1900...................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA [7] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /*...........................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA [] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_MAXGAIN_ELNA , (int)RF_GSM850_MINGAIN_ELNA }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_MAXGAIN_ELNA , (int)RF_GSM_MINGAIN_ELNA }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_MAXGAIN_ELNA , (int)RF_DCS_MINGAIN_ELNA }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_MAXGAIN_ELNA , (int)RF_PCS_MINGAIN_ELNA }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA *const AGC_TABLE_ELNA[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ AGC_TABLE_GSM850_ELNA, /* FrequencyBand850 */ |
| /*MT6177L*/ AGC_TABLE_GSM900_ELNA, /* FrequencyBand900 */ |
| /*MT6177L*/ AGC_TABLE_DCS1800_ELNA, /* FrequencyBand1800 */ |
| /*MT6177L*/ AGC_TABLE_PCS1900_ELNA, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*MT6177L*/ const sL1DSection GAIN_Sec0_ELNA [] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_Sec0_GAIN_ELNA , (int)RF_GSM850_Sec0_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_Sec0_GAIN_ELNA , (int)RF_GSM_Sec0_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_Sec0_GAIN_ELNA , (int)RF_DCS_Sec0_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_Sec0_GAIN_ELNA , (int)RF_PCS_Sec0_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*MT6177L*/ const sL1DSection GAIN_Sec1_ELNA [] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_Sec1_GAIN_ELNA , (int)RF_GSM850_Sec1_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_Sec1_GAIN_ELNA , (int)RF_GSM_Sec1_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_Sec1_GAIN_ELNA , (int)RF_DCS_Sec1_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_Sec1_GAIN_ELNA , (int)RF_PCS_Sec1_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| #endif //IS_2G_EXTERNAL_LNA_SUPPORT |
| #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ #define HRD_LB_THRESHOLD_ELNA_BYPASS ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*MT6177L*/ #define HRD_HB_THRESHOLD_ELNA_BYPASS ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*MT6177L*/ #define IBBD_LB_THRESHOLD_ELNA_BYPASS ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*MT6177L*/ #define IBBD_HB_THRESHOLD_ELNA_BYPASS ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSL )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6177L*/ #define RF_GSM_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSL )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6177L*/ #define RF_DCS_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSH )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6177L*/ #define RF_PCS_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSH )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6177L*/ |
| /*MT6177L*/ /*The last group index for ON ELNA */ |
| /*MT6177L*/ const unsigned short LAST_GROUP_FOR_ELNA_ON [5] = /* GSM400 GSM850 GSM900 DCS1800 PCS1900*/ |
| /*MT6177L*/ {0, 6, 6, 6, 6}; |
| /*MT6177L*/ |
| /*MT6177L*/ |
| /*MT6177L*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*MT6177L*/ #define RF_GSM850_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_DCS_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_PCS_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6177L*/ #define RF_GSM850_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6177L*/ #define RF_GSM850_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6177L*/ #define RF_GSM_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6177L*/ #define RF_GSM_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6177L*/ #define RF_DCS_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6177L*/ #define RF_DCS_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6177L*/ #define RF_PCS_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6177L*/ #define RF_PCS_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6177L*/ |
| /*MT6177L*/ /* GSM850....................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA_BYPASS [9] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* GSM900....................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA_BYPASS [9] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* DCS1800...................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA_BYPASS [9] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /* PCS1900...................................................................*/ |
| /*MT6177L*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6177L*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA_BYPASS [9] = |
| /*MT6177L*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6177L*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6177L*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6177L*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6177L*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6177L*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6177L*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /*...........................................................................*/ |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA_BYPASS[] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_MAXGAIN_ELNA_BYPASS , (int)RF_GSM850_MINGAIN_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_MAXGAIN_ELNA_BYPASS , (int)RF_GSM_MINGAIN_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_MAXGAIN_ELNA_BYPASS , (int)RF_DCS_MINGAIN_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_MAXGAIN_ELNA_BYPASS , (int)RF_PCS_MINGAIN_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ const sL1DAGCDATA *const AGC_TABLE_ELNA_BYPASS[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ AGC_TABLE_GSM850_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6177L*/ AGC_TABLE_GSM900_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6177L*/ AGC_TABLE_DCS1800_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6177L*/ AGC_TABLE_PCS1900_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*MT6177L*/ const sL1DSection GAIN_Sec0_ELNA_BYPASS [] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_Sec0_GAIN_ELNA_BYPASS , (int)RF_GSM850_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_Sec0_GAIN_ELNA_BYPASS , (int)RF_GSM_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_Sec0_GAIN_ELNA_BYPASS , (int)RF_DCS_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_Sec0_GAIN_ELNA_BYPASS , (int)RF_PCS_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*MT6177L*/ const sL1DSection GAIN_Sec1_ELNA_BYPASS [] = |
| /*MT6177L*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6177L*/ { (int)RF_GSM850_Sec1_GAIN_ELNA_BYPASS , (int)RF_GSM850_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*MT6177L*/ { (int)RF_GSM_Sec1_GAIN_ELNA_BYPASS , (int)RF_GSM_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*MT6177L*/ { (int)RF_DCS_Sec1_GAIN_ELNA_BYPASS , (int)RF_DCS_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*MT6177L*/ { (int)RF_PCS_Sec1_GAIN_ELNA_BYPASS , (int)RF_PCS_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| #endif //IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6177L*/ |
| /*MT6177L*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6177L*/ { int max_gain, min_gain, real_gain, blkr_group, l1_obb_flag = 0; |
| /*MT6177L*/ const int* d32ptr; |
| /*MT6177L*/ const sL1DAGCDATA* agcptr; |
| /*MT6177L*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6177L*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6177L*/ long setting; |
| /*MT6177L*/ int bit_no, idx, lna_path_loss, ibbd_threshold, hrd_threshold, ibb_group_threshold=0; |
| /*MT6177L*/ //unsigned short L1D_chip_ver = L1D_RF_QUERY_CHIP_VERSION(); |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ unsigned short agcptr_idx = 0; //index of AGC table for fixing RX gain setting |
| /*MT6177L*/ unsigned short is_elna_usage = (L1D_RF_Check_If_ExternalLNA( rf_band )>=L1D_ELNA_ALYWAYS_ON)?1:0; // check if using eLNA |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ unsigned short is_elna_bypass_usage = (L1D_RF_Check_If_ExternalLNA( rf_band )==L1D_ELNA_CAN_SWITCH)?1:0; // check if using eLNA Bypass |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #endif |
| /*MT6177L*/ |
| /*MT6177L*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6177L*/ sAGCLNAGAINOFFSET* ofsptr_offset; |
| /*MT6177L*/ kal_uint16 rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_enable; |
| /*MT6177L*/ kal_uint16 meta_rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_meta_enable; |
| /*MT6177L*/ int lna_path_loss_offset = 0; |
| /*MT6177L*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6177L*/ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ else if( is_elna_bypass_usage ) //For eLNA Bypass |
| /*MT6177L*/ { |
| /*MT6177L*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA_BYPASS: IBBD_HB_THRESHOLD_ELNA_BYPASS; |
| /*MT6177L*/ ibb_group_threshold = 1; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ else if( is_elna_usage ) //For eLNA |
| /*MT6177L*/ { |
| /*MT6177L*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA : IBBD_HB_THRESHOLD_ELNA; |
| /*MT6177L*/ ibb_group_threshold = 1; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else // no eLNA |
| /*MT6177L*/ { |
| /*MT6177L*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD : IBBD_HB_THRESHOLD; |
| /*MT6177L*/ ibb_group_threshold = 1; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ else if( is_elna_bypass_usage ) //For eLNA Bypass |
| /*MT6177L*/ { |
| /*MT6177L*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA_BYPASS: HRD_HB_THRESHOLD_ELNA_BYPASS; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ else if( is_elna_usage ) //For eLNA |
| /*MT6177L*/ { |
| /*MT6177L*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA : HRD_HB_THRESHOLD_ELNA; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else // no eLNA |
| /*MT6177L*/ { |
| /*MT6177L*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD : HRD_HB_THRESHOLD; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ |
| /*MT6177L*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6177L*/ if( l1d_rf.band < FrequencyBand1800 ) |
| /*MT6177L*/ { l1_obb_flag = (l1d_rf.blk_flag & LB_OBB_FOUND) ? 1 : 0; } |
| /*MT6177L*/ else |
| /*MT6177L*/ { l1_obb_flag = (l1d_rf.blk_flag & HB_OBB_FOUND) ? 1 : 0; } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ |
| /*MT6177L*/ /* evaluate the range of available gain */ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ else if ( is_elna_bypass_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA_BYPASS[rf_band]); |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ else if ( is_elna_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA[rf_band]); |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6177L*/ } |
| /*MT6177L*/ max_gain = *d32ptr++; |
| /*MT6177L*/ min_gain = *d32ptr; |
| /*MT6177L*/ |
| /*MT6177L*/ /* D[12:10]: blkr_group used for IBB/HRD case if request_gain>=0, D[9:0]: request_gain for Normal case */ |
| /*MT6177L*/ blkr_group = (request_gain>=0)?((request_gain>>10)&0x7):0; |
| /*MT6177L*/ request_gain = (request_gain>=0)?(request_gain&0x3FF):request_gain; |
| /*MT6177L*/ |
| /*MT6177L*/ /* Normal Mode: From Voltage_Gain to Power_Gain (Voltage_Gain comes from m11303.c)*/ |
| /*MT6177L*/ /* Meta Mode: Bring Power_Gain directly*/ |
| /*MT6177L*/ if((!L1D_CheckIfMetaMode())) |
| /*MT6177L*/ { request_gain -= ((rf_band<FrequencyBand1800) ? (PVOFSL*PWRRES) : (PVOFSH*PWRRES)); } |
| /*MT6177L*/ |
| /*MT6177L*/ /* clipping the request gain to the avialable gain */ |
| /*MT6177L*/ if( request_gain>=max_gain ) |
| /*MT6177L*/ { request_gain = max_gain; |
| /*MT6177L*/ } |
| /*MT6177L*/ else if( request_gain<=min_gain ) |
| /*MT6177L*/ { request_gain = min_gain; |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ /* choose the LNA path loss */ |
| /*MT6177L*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6177L*/ /* get the arfcn section */ |
| /*MT6177L*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6177L*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6177L*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6177L*/ { break; } |
| /*MT6177L*/ ofsptr++; |
| /*MT6177L*/ lnaptr++; |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ /* evaluate the real gain setting */ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ else if( is_elna_bypass_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ agcptr = AGC_TABLE_ELNA_BYPASS[rf_band]; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ else if( is_elna_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ agcptr = AGC_TABLE_ELNA[rf_band]; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6177L*/ { |
| /*MT6177L*/ agcptr++; |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ agcptr_idx++; |
| /*MT6177L*/ #endif |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ { |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ if( is_elna_usage && (L1D_CheckIfMetaMode()) ) //Also for eLNA Bypass! |
| /*MT6177L*/ {/* Special handling under META mode. Normal mode will use the exact gain listed in RX gain table*/ |
| /*MT6177L*/ switch( agcptr_idx ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 0: // Section0, fix RX gain setting w/o extrapolation |
| /*MT6177L*/ bit_no = GAIN_Sec0_ELNA[rf_band].bitno; |
| /*MT6177L*/ real_gain = GAIN_Sec0_ELNA[rf_band].real_gain; |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 1: // Section1, fix RX gain setting w/o extrapolation |
| /*MT6177L*/ bit_no = GAIN_Sec1_ELNA[rf_band].bitno; |
| /*MT6177L*/ real_gain = GAIN_Sec1_ELNA[rf_band].real_gain; |
| /*MT6177L*/ break; |
| /*MT6177L*/ default: // Other sections |
| /*MT6177L*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6177L*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6177L*/ break; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ else |
| /*MT6177L*/ #endif |
| /*MT6177L*/ { |
| /*MT6177L*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6177L*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT || IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6177L*/ else if( ((((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= (hrd_threshold))) || (((l1d_rf.blk_flag)&(IBB_FOUND)) && ((request_gain >= (ibbd_threshold)) || (blkr_group<=(ibb_group_threshold)))) || (l1_obb_flag == 1)) && (blkr_group > 0) ) |
| /*MT6177L*/ { |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ if(is_elna_usage||is_elna_bypass_usage)//Also for eLNA Bypass! |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( blkr_group ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 1: |
| /*MT6177L*/ setting = 0x1BD; |
| /*MT6177L*/ real_gain = ROUNDINT(( 44.6-PVOFSL )*(PWRRES)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 2: |
| /*MT6177L*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6)<<6)|(0x7<<3)|0x4; // reduce LNA/TIA, increase 3*LPF2 Gain |
| /*MT6177L*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN-3*LPF2_DROP_GAIN); |
| /*MT6177L*/ break; |
| /*MT6177L*/ default: |
| /*MT6177L*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6177L*/ break; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ else |
| /*MT6177L*/ #endif |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( blkr_group ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 1: |
| /*MT6177L*/ setting = 0x18D; |
| /*MT6177L*/ real_gain = ROUNDINT(( 44.6-PVOFSL )*(PWRRES)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 2: |
| /*MT6177L*/ setting = (agcptr->setting&0x3FFFFFC0)|(0x6<<6)|(0x3<<3)|0x5; // reduce LNA |
| /*MT6177L*/ real_gain-= (LNA_DROP_GAIN); |
| /*MT6177L*/ break; |
| /*MT6177L*/ default: |
| /*MT6177L*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6177L*/ break; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6177L*/ } |
| /*MT6177L*/ idx = (int)(setting&0x7); |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ else if( is_elna_bypass_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( idx ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 6: /* LNA_Utra_High : G6 */ |
| /*MT6177L*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_high_sensitivity-ofsptr->gain_offset)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 5: /* LNA_High : G5 */ /*Base for path loss calibration*/ |
| /*MT6177L*/ lna_path_loss = 0; |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 4: /* LNA_Middle : G4 */ /*ELNA cannot exist with sawless*/ |
| /*MT6177L*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ default:/* LNA_Low : G1 */ |
| /*MT6177L*/ if( agcptr_idx<=LAST_GROUP_FOR_ELNA_ON[rf_band] ) |
| /*MT6177L*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6177L*/ else /* LNA_Low : G1 */ |
| /*MT6177L*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low_maxpin-ofsptr->gain_offset)); } /*BYPASS*/ |
| /*MT6177L*/ break; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ else if( is_elna_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( idx ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 6: /* LNA_Utra_High : G6 */ |
| /*MT6177L*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_high_sensitivity-ofsptr->gain_offset)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 5: /* LNA_High : G5 */ /*Base for path loss calibration*/ |
| /*MT6177L*/ lna_path_loss = 0; |
| /*MT6177L*/ break; |
| /*MT6177L*/ case 4: /* LNA_Middle : G4 */ /*ELNA cannot exist with sawless*/ |
| /*MT6177L*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ default:/* LNA_Low : G1 */ |
| /*MT6177L*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); |
| /*MT6177L*/ break; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6177L*/ { lna_path_loss = 0; } |
| /*MT6177L*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6177L*/ { |
| /*MT6177L*/ if( l1_obb_flag == 1 ) |
| /*MT6177L*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset));} |
| /*MT6177L*/ else |
| /*MT6177L*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset));} |
| /*MT6177L*/ } |
| /*MT6177L*/ else /* LNA_Low : G1*/ |
| /*MT6177L*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ |
| /*MT6177L*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6177L*/ /* get the arfcn section */ |
| /*MT6177L*/ ofsptr_offset = AGCLNA_PATHLOSS_OFFSET[rf_band]; |
| /*MT6177L*/ while( ofsptr_offset->max_arfcn>=0 ) |
| /*MT6177L*/ { if( arfcn <= ofsptr_offset->max_arfcn ) |
| /*MT6177L*/ { break; } |
| /*MT6177L*/ ofsptr_offset++; |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| /*MT6177L*/ |
| /*MT6177L*/ if( rx_power_offset_enable ) |
| /*MT6177L*/ { |
| /*MT6177L*/ if( ( L1D_CheckIfMetaMode() && ( meta_rx_power_offset_enable == 1 )) || // DUT In META mode and enable META mode compensation |
| /*MT6177L*/ (L1D_CheckIfMetaMode() == 0) // DUT in normal mode, apply compensation |
| /*MT6177L*/ ) |
| /*MT6177L*/ { |
| /*MT6177L*/ /*idx = (int)(((agcptr->setting)>>5)&0x7);*/ |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ if( is_elna_usage ) |
| /*MT6177L*/ { |
| /*MT6177L*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*MT6177L*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6177L*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*MT6177L*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6177L*/ else /* LNA_Low : G1 */ |
| /*MT6177L*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6177L*/ } |
| /*MT6177L*/ else |
| /*MT6177L*/ #endif |
| /*MT6177L*/ { |
| /*MT6177L*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6177L*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6177L*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6177L*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6177L*/ else /* LNA_Low : G1*/ |
| /*MT6177L*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ lna_path_loss_offset = 0; |
| /*MT6177L*/ } |
| /*MT6177L*/ extern void L1D_RF_RPO_Trace( uint32 v1, uint32 v2, uint32 v3, uint32 v4, int32 v5, int32 v6 ); |
| /*MT6177L*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, idx, rf_band, arfcn, lna_path_loss_offset); |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6177L*/ |
| /*MT6177L*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6177L*/ real_gain -= (lna_path_loss_offset+lna_path_loss); |
| /*MT6177L*/ #else |
| /*MT6177L*/ real_gain -= lna_path_loss;// choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*MT6177L*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6177L*/ } |
| /*MT6177L*/ #if IS_RSSI_TC_SUPPORT |
| /*MT6177L*/ if(L1D_CheckIfMetaMode()==0) |
| /*MT6177L*/ { real_gain-=L1D_RF_CompensateRXGain( l1d_rf.band ); } // Compensate RX Gain acoording to temperature when normal mode |
| /*MT6177L*/ #endif |
| /*MT6177L*/ if ( rf_band >= FrequencyBand1800 ) // gain boost for 1800MHz and higher |
| /*MT6177L*/ { |
| /*MT6177L*/ setting |= (0x1<<12)|(0x1<<11); // shold be done after taking out D[12:10]: blkr_group |
| /*MT6177L*/ } |
| /*MT6177L*/ *gain_setting = setting; |
| /*MT6177L*/ if ( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ else if (is_elna_bypass_usage) //on or bypass |
| /*MT6177L*/ { |
| /*MT6177L*/ if( agcptr_idx<=LAST_GROUP_FOR_ELNA_ON[rf_band] ) |
| /*MT6177L*/ { |
| /*MT6177L*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_ON; //low input power |
| /*MT6177L*/ } |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_BYPASS; //high input power |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6177L*/ |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ else if (is_elna_usage) //always on |
| /*MT6177L*/ { |
| /*MT6177L*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_ON; |
| /*MT6177L*/ } |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_NULL; |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6177L*/ |
| /*MT6177L*/ |
| /*MT6177L*/ return( real_gain ); |
| /*MT6177L*/ } |
| /*MT6177L*/ |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6177L*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6177L*/ { |
| /*MT6177L*/ unsigned short gain_step = gain_setting & 0x3FF; |
| /*MT6177L*/ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ #if IS_2G_RXD_SUPPORT |
| /*MT6177L*/ else if( L1D_RF_Check_If_ExternalLNA(rf_band)>=L1D_ELNA_ALYWAYS_ON )//Also for eLNA Bypass! |
| /*MT6177L*/ #else |
| /*MT6177L*/ else if( L1D_RF_Check_If_ExternalLNA(rf_band) )//Also for eLNA Bypass! |
| /*MT6177L*/ #endif |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( gain_step ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 0x20E: |
| /*MT6177L*/ return 10; |
| /*MT6177L*/ case 0x11D: |
| /*MT6177L*/ return 9; |
| /*MT6177L*/ case 0x10D: |
| /*MT6177L*/ return 8; |
| /*MT6177L*/ case 0x15D: |
| /*MT6177L*/ return 7; |
| /*MT6177L*/ case 0xDD: |
| /*MT6177L*/ return 6; |
| /*MT6177L*/ case 0x1BC: |
| /*MT6177L*/ return 5; |
| /*MT6177L*/ case 0x11C: |
| /*MT6177L*/ return 4; |
| /*MT6177L*/ case 0xDC: |
| /*MT6177L*/ return 3; |
| /*MT6177L*/ case 0x189: |
| /*MT6177L*/ return 2; |
| /*MT6177L*/ case 0x149: |
| /*MT6177L*/ return 1; |
| /*MT6177L*/ default: |
| /*MT6177L*/ return 0; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( gain_step ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 0x206: |
| /*MT6177L*/ return 12; |
| /*MT6177L*/ case 0x1C6: |
| /*MT6177L*/ return 11; |
| /*MT6177L*/ case 0x20E: |
| /*MT6177L*/ return 10; |
| /*MT6177L*/ case 0x1CD: |
| /*MT6177L*/ return 9; |
| /*MT6177L*/ case 0x18E: |
| /*MT6177L*/ return 8; |
| /*MT6177L*/ case 0x1CE: |
| /*MT6177L*/ return 7; |
| /*MT6177L*/ case 0x14E: |
| /*MT6177L*/ return 6; |
| /*MT6177L*/ case 0x19E: |
| /*MT6177L*/ return 5; |
| /*MT6177L*/ case 0x1DD: |
| /*MT6177L*/ return 4; |
| /*MT6177L*/ case 0x19D: |
| /*MT6177L*/ return 3; |
| /*MT6177L*/ case 0x15D: |
| /*MT6177L*/ return 2; |
| /*MT6177L*/ case 0x11D: |
| /*MT6177L*/ return 1; |
| /*MT6177L*/ default: |
| /*MT6177L*/ return 0; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #if IS_2G_RXD_SUPPORT |
| /*MT6177L*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6177L*/ { |
| /*MT6177L*/ unsigned short gain_step = gain_setting & 0x3FF; |
| /*MT6177L*/ |
| /*MT6177L*/ if( 0 ) |
| /*MT6177L*/ { /* do nothing */ } |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ #if IS_2G_RXD_SUPPORT |
| /*MT6177L*/ else if( L1D_RF_Check_If_ExternalLNA_RXD(rf_band)>=L1D_ELNA_ALYWAYS_ON )//Also for eLNA Bypass! |
| /*MT6177L*/ #else |
| /*MT6177L*/ else if( L1D_RF_Check_If_ExternalLNA_RXD(rf_band) )//Also for eLNA Bypass! |
| /*MT6177L*/ #endif |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( gain_step ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 0x20E: |
| /*MT6177L*/ return 10; |
| /*MT6177L*/ case 0x11D: |
| /*MT6177L*/ return 9; |
| /*MT6177L*/ case 0x10D: |
| /*MT6177L*/ return 8; |
| /*MT6177L*/ case 0x15D: |
| /*MT6177L*/ return 7; |
| /*MT6177L*/ case 0xDD: |
| /*MT6177L*/ return 6; |
| /*MT6177L*/ case 0x1BC: |
| /*MT6177L*/ return 5; |
| /*MT6177L*/ case 0x11C: |
| /*MT6177L*/ return 4; |
| /*MT6177L*/ case 0xDC: |
| /*MT6177L*/ return 3; |
| /*MT6177L*/ case 0x189: |
| /*MT6177L*/ return 2; |
| /*MT6177L*/ case 0x149: |
| /*MT6177L*/ return 1; |
| /*MT6177L*/ default: |
| /*MT6177L*/ return 0; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| /*MT6177L*/ else |
| /*MT6177L*/ { |
| /*MT6177L*/ switch( gain_step ) |
| /*MT6177L*/ { |
| /*MT6177L*/ case 0x206: |
| /*MT6177L*/ return 12; |
| /*MT6177L*/ case 0x1C6: |
| /*MT6177L*/ return 11; |
| /*MT6177L*/ case 0x20E: |
| /*MT6177L*/ return 10; |
| /*MT6177L*/ case 0x1CD: |
| /*MT6177L*/ return 9; |
| /*MT6177L*/ case 0x18E: |
| /*MT6177L*/ return 8; |
| /*MT6177L*/ case 0x1CE: |
| /*MT6177L*/ return 7; |
| /*MT6177L*/ case 0x14E: |
| /*MT6177L*/ return 6; |
| /*MT6177L*/ case 0x19E: |
| /*MT6177L*/ return 5; |
| /*MT6177L*/ case 0x1DD: |
| /*MT6177L*/ return 4; |
| /*MT6177L*/ case 0x19D: |
| /*MT6177L*/ return 3; |
| /*MT6177L*/ case 0x15D: |
| /*MT6177L*/ return 2; |
| /*MT6177L*/ case 0x11D: |
| /*MT6177L*/ return 1; |
| /*MT6177L*/ default: |
| /*MT6177L*/ return 0; |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ } |
| /*MT6177L*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| /*MT6177L*/ const sL1DAGCHALDATA AGC_TABLE_HAL_LOWBAND= |
| /*MT6177L*/ { |
| /*MT6177L*/ -880/*-110*/, //max_predict_power |
| /*MT6177L*/ -40/*-5*/, //min_predict_power |
| /*MT6177L*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6177L*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x206), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x206), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x206), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C6), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C6), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C6), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CE), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CE), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCHALDATA AGC_TABLE_HAL_HIGHBAND= |
| /*MT6177L*/ { |
| /*MT6177L*/ -880/*-110*/, //min_predict_power |
| /*MT6177L*/ -40/*-5*/, //min_predict_power |
| /*MT6177L*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6177L*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A06), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A06), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A06), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C6), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C6), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C6), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19CE), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19CE), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x194E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x198D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A09), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A09), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A09), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A09), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A09), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A09), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1999), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1999), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1999), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1999), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1999), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1999), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_LOWBAND, /* FrequencyBand850 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_LOWBAND, /* FrequencyBand900 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_HIGHBAND, /* FrequencyBand1800 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_HIGHBAND, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE= |
| /*MT6177L*/ { |
| /*MT6177L*/ (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6177L*/ (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 62.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 59.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_LIST[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE, /* FrequencyBand850 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE, /* FrequencyBand900 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE, /* FrequencyBand1800 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6177L*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_LOWBAND= |
| /*MT6177L*/ { |
| /*MT6177L*/ -880/*-110*/, //max_predict_power |
| /*MT6177L*/ -40/*-5*/, //min_predict_power |
| /*MT6177L*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6177L*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_HIGHBAND= |
| /*MT6177L*/ { |
| /*MT6177L*/ -880/*-110*/, //min_predict_power |
| /*MT6177L*/ -40/*-5*/, //min_predict_power |
| /*MT6177L*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6177L*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x190D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x190D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x190D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_LOWBAND, /* FrequencyBand850 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_LOWBAND, /* FrequencyBand900 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_HIGHBAND, /* FrequencyBand1800 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_HIGHBAND, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA= |
| /*MT6177L*/ { |
| /*MT6177L*/ (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6177L*/ (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_LIST[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand850 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand900 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand1800 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ #endif |
| /*MT6177L*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6177L*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_LOWBAND= |
| /*MT6177L*/ { |
| /*MT6177L*/ -880/*-110*/, //max_predict_power |
| /*MT6177L*/ -40/*-5*/, //min_predict_power |
| /*MT6177L*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6177L*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_HIGHBAND= |
| /*MT6177L*/ { |
| /*MT6177L*/ -880/*-110*/, //min_predict_power |
| /*MT6177L*/ -40/*-5*/, //min_predict_power |
| /*MT6177L*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6177L*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1A0E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x190D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x190D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x190D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x195D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x191C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18DC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1989), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1949), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1909), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1959), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1939), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1919), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18D9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1899), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1899), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1899), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1899), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1899), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1899), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18F9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18B9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_BYPASS_LOWBAND, /* FrequencyBand850 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_BYPASS_LOWBAND, /* FrequencyBand900 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_BYPASS_HIGHBAND, /* FrequencyBand1800 */ |
| /*MT6177L*/ &AGC_TABLE_HAL_ELNA_BYPASS_HIGHBAND, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_BYPASS= |
| /*MT6177L*/ { |
| /*MT6177L*/ (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6177L*/ (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6177L*/ { |
| /*MT6177L*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -184/*-23*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -176/*-22*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -168/*-21*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -160/*-20*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -152/*-19*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -144/*-18*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -136/*-17*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -128/*-16*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -120/*-15*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -112/*-14*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -104/*-13*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -96/*-12*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -88/*-11*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -80/*-10*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -72/*-9*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -64/*-8*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -56/*-7*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -48/*-6*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ { -40/*-5*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES)))}, |
| /*MT6177L*/ } |
| /*MT6177L*/ }; |
| /*MT6177L*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_BYPASS_LIST[] = |
| /*MT6177L*/ { 0, /*#FrequencyBand400 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6177L*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| /*MT6177L*/ #endif |
| /*MT6177L*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6177L*/ {/*PWRRES:8*/ |
| /*MT6177L*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6177L*/ 0, // kal_uint8 seq_num |
| /*MT6177L*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6177L*/ 3, // kal_uint8 seq_num |
| /*MT6177L*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-720,-448,-328,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-456,-336,-160,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,-16,-136,0,0,0}, |
| /*MT6177L*/ {80,-16,-136,0,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,61,-59,0,0,0}, |
| /*MT6177L*/ {181,61,-59,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,-35,-203,0,0,0}, |
| /*MT6177L*/ {85,-35,-203,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6177L*/ 4, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,80,-16,-136,0,0}, |
| /*MT6177L*/ {272,56,32,-112,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,181,61,-59,0,0}, |
| /*MT6177L*/ {196,196,52,-92,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,85,-35,-203,0,0}, |
| /*MT6177L*/ {76,76,-68,-260,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{0,0,0,0,0,0}, |
| /*MT6177L*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,80,-16,-136,-136,0}, |
| /*MT6177L*/ {272,56,32,-112,-232,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,181,61,-59,-59,0}, |
| /*MT6177L*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,85,-35,-203,-203,0}, |
| /*MT6177L*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect4***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6177L*/ 4, // kal_uint8 seq_num |
| /*MT6177L*/ {-480,-360,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-720,-448,-448,-328,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-456,-336,-336,-160,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,0,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,-16,-16,-136,0,0}, |
| /*MT6177L*/ {80,-16,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,61,61,-59,0,0}, |
| /*MT6177L*/ {181,61,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,-35,-35,-203,0,0}, |
| /*MT6177L*/ {85,-35,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect5***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6177L*/ 4, // kal_uint8 seq_num |
| /*MT6177L*/ {-480,-360,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-720,-448,-448,-328,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-456,-336,-336,-160,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,0,0}, |
| /*MT6177L*/ {1,1,0,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,-16,-16,-136,0,0}, |
| /*MT6177L*/ {80,-16,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,61,61,-59,0,0}, |
| /*MT6177L*/ {181,61,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,-35,-35,-203,0,0}, |
| /*MT6177L*/ {85,-35,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect6***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-360,-280,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-448,-448,-328,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-435,-456,-341,-336,-232,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{0,1,1,1,1,0}, |
| /*MT6177L*/ {1,1,1,0,1,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,80,-16,-16,-136,0}, |
| /*MT6177L*/ {272,56,32,32,-112,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,181,61,61,-59,0}, |
| /*MT6177L*/ {196,196,52,52,-92,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,85,-35,-35,-203,0}, |
| /*MT6177L*/ {76,76,-68,-68,-260,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6177L*/ 6, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-360,-280,-240}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-640,-616,-448,-448,-328,-304}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-456,-343,-336,-248,-131}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_LOW}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{0,1,1,1,1,0}, |
| /*MT6177L*/ {1,1,1,0,1,1}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{80,80,-16,-16,-136,-136}, |
| /*MT6177L*/ {272,56,32,32,-112,-232}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6177L*/ {{181,181,61,61,-59,-59}, |
| /*MT6177L*/ {244,100,52,52,-92,-188}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{85,85,-35,-35,-203,-203}, |
| /*MT6177L*/ {124,76,-68,-68,-164,-308}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect8***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6177L*/ 4, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,0,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,0,0}, |
| /*MT6177L*/ {80,80,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{196,196,52,-92,0,0}, |
| /*MT6177L*/ {181,181,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{76,76,-68,-260,0,0}, |
| /*MT6177L*/ {85,85,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect9***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6177L*/ 4, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-448,-328,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-435,-456,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,0,0}, |
| /*MT6177L*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,0,0}, |
| /*MT6177L*/ {80,80,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{196,196,52,-92,0,0}, |
| /*MT6177L*/ {181,181,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{76,76,-68,-260,0,0}, |
| /*MT6177L*/ {85,85,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect10***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6177L*/ 4, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,0,0}, |
| /*MT6177L*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,0,0}, |
| /*MT6177L*/ {272,56,32,-112,0,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6177L*/ {{196,196,52,-92,0,0}, |
| /*MT6177L*/ {196,196,52,-92,0,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{76,76,-68,-260,0,0}, |
| /*MT6177L*/ {76,76,-68,-260,0,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect11***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,0,0}, |
| /*MT6177L*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,-112,0}, |
| /*MT6177L*/ {272,56,32,-112,-232,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6177L*/ {{196,196,52,-92,-92,0}, |
| /*MT6177L*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{76,76,-68,-260,-260,0}, |
| /*MT6177L*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect12***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,1,0}, |
| /*MT6177L*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,-232,0}, |
| /*MT6177L*/ {80,80,-16,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{244,100,52,-92,-188,0}, |
| /*MT6177L*/ {181,181,61,-59,-59,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{124,76,-68,-164,-308,0}, |
| /*MT6177L*/ {85,85,-35,-203,-203,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect13***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-640,-616,-448,-328,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-456,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,1,0}, |
| /*MT6177L*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,-232,0}, |
| /*MT6177L*/ {80,80,-16,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6177L*/ {{244,100,52,-92,-188,0}, |
| /*MT6177L*/ {181,181,61,-59,-59,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{124,76,-68,-164,-308,0}, |
| /*MT6177L*/ {85,85,-35,-203,-203,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect14***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,1,0}, |
| /*MT6177L*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,-232,0}, |
| /*MT6177L*/ {272,56,32,-112,-112,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6177L*/ {{244,100,52,-92,-188,0}, |
| /*MT6177L*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{124,76,-68,-164,-308,0}, |
| /*MT6177L*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ {/************slect15***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6177L*/ 5, // kal_uint8 seq_num |
| /*MT6177L*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6177L*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6177L*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6177L*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6177L*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6177L*/ {{1,1,1,1,1,0}, |
| /*MT6177L*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6177L*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6177L*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6177L*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6177L*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6177L*/ {{272,56,32,-112,-232,0}, |
| /*MT6177L*/ {272,56,32,-112,-232,0}}, // kal_int16 gain_default |
| /*MT6177L*/ {-160, |
| /*MT6177L*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6177L*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6177L*/ {{244,100,52,-92,-188,0}, |
| /*MT6177L*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*MT6177L*/ {{124,76,-68,-164,-308,0}, |
| /*MT6177L*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*MT6177L*/ }, |
| /*MT6177L*/ }; |
| /*MT6177L*/ |
| /*MT6177L*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[4][4] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6177L*/ { |
| /*MT6177L*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6177L*/ {4 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,5 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,6 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,7 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6177L*/ {8 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,9 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,10 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,11 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6177L*/ {12 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,13 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,14 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,15 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6177L*/ }; |
| /*MT6177L*/ const unsigned short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6177L*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6177L*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6177L*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6177L*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6177L*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6177L*/ }; |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| #endif |
| |
| #if IS_RF_MT6177M |
| /*MT6173*/ |
| /*MT6173*/ #define GAIN_STEP 3 |
| /*MT6173*/ #define PVOFSL 34 |
| /*MT6173*/ #define PVOFSH 34 |
| /*MT6173*/ #define LPF2_DROP_GAIN ROUNDINT(3*(PWRRES)) |
| /*MT6173*/ #define TIA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6173*/ #define LNA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*MT6173*/ #define HRD_LB_THRESHOLD ROUNDINT((44.6-PVOFSL)*(PWRRES)) |
| /*MT6173*/ #define HRD_HB_THRESHOLD ROUNDINT((44.6-PVOFSH)*(PWRRES)) |
| /*MT6173*/ #define IBBD_LB_THRESHOLD ROUNDINT((53.6-PVOFSL)*(PWRRES)) |
| /*MT6173*/ #define IBBD_HB_THRESHOLD ROUNDINT((53.6-PVOFSH)*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_MAXGAIN (( 56.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_MINGAIN (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_MAXGAIN (( 56.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_MINGAIN (( -3.4-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_MAXGAIN (( 56.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_MINGAIN (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_MAXGAIN (( 56.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_MINGAIN (( -3.4-PVOFSH )*(PWRRES)) |
| /*MT6173*/ |
| /*MT6173*/ /* GSM850....................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_GSM850[6] = |
| /*MT6173*/ { { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6173*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* GSM900....................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_GSM900[6] = |
| /*MT6173*/ { { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6173*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* DCS1800...................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_DCS1800[6] = |
| /*MT6173*/ { { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6173*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* PCS1900...................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_PCS1900[6] = |
| /*MT6173*/ { { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*MT6173*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /*...........................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*MT6173*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*MT6173*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*MT6173*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ #define HRD_LB_THRESHOLD_ELNA ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*MT6173*/ #define HRD_HB_THRESHOLD_ELNA ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*MT6173*/ #define IBBD_LB_THRESHOLD_ELNA ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*MT6173*/ #define IBBD_HB_THRESHOLD_ELNA ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_MAXGAIN_ELNA (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_MINGAIN_ELNA (( 8.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_MAXGAIN_ELNA (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_MINGAIN_ELNA (( 8.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_MAXGAIN_ELNA (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_MINGAIN_ELNA (( 8.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_MAXGAIN_ELNA (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_MINGAIN_ELNA (( 8.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ |
| /*MT6173*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*MT6173*/ #define RF_GSM850_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_Sec0_BitNo_ELNA 8 |
| /*MT6173*/ #define RF_GSM850_Sec1_BitNo_ELNA 4 |
| /*MT6173*/ #define RF_GSM_Sec0_BitNo_ELNA 8 |
| /*MT6173*/ #define RF_GSM_Sec1_BitNo_ELNA 4 |
| /*MT6173*/ #define RF_DCS_Sec0_BitNo_ELNA 8 |
| /*MT6173*/ #define RF_DCS_Sec1_BitNo_ELNA 4 |
| /*MT6173*/ #define RF_PCS_Sec0_BitNo_ELNA 8 |
| /*MT6173*/ #define RF_PCS_Sec1_BitNo_ELNA 4 |
| /*MT6173*/ |
| /*MT6173*/ /* GSM850....................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA [7] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* GSM900....................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA [7] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* DCS1800...................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA [7] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* PCS1900...................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA [7] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /*...........................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA [] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_MAXGAIN_ELNA , (int)RF_GSM850_MINGAIN_ELNA }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_MAXGAIN_ELNA , (int)RF_GSM_MINGAIN_ELNA }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_MAXGAIN_ELNA , (int)RF_DCS_MINGAIN_ELNA }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_MAXGAIN_ELNA , (int)RF_PCS_MINGAIN_ELNA }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA *const AGC_TABLE_ELNA[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ AGC_TABLE_GSM850_ELNA, /* FrequencyBand850 */ |
| /*MT6173*/ AGC_TABLE_GSM900_ELNA, /* FrequencyBand900 */ |
| /*MT6173*/ AGC_TABLE_DCS1800_ELNA, /* FrequencyBand1800 */ |
| /*MT6173*/ AGC_TABLE_PCS1900_ELNA, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*MT6173*/ const sL1DSection GAIN_Sec0_ELNA [] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_Sec0_GAIN_ELNA , (int)RF_GSM850_Sec0_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_Sec0_GAIN_ELNA , (int)RF_GSM_Sec0_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_Sec0_GAIN_ELNA , (int)RF_DCS_Sec0_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_Sec0_GAIN_ELNA , (int)RF_PCS_Sec0_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*MT6173*/ const sL1DSection GAIN_Sec1_ELNA [] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_Sec1_GAIN_ELNA , (int)RF_GSM850_Sec1_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_Sec1_GAIN_ELNA , (int)RF_GSM_Sec1_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_Sec1_GAIN_ELNA , (int)RF_DCS_Sec1_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_Sec1_GAIN_ELNA , (int)RF_PCS_Sec1_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| #endif //IS_2G_EXTERNAL_LNA_SUPPORT |
| #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ #define HRD_LB_THRESHOLD_ELNA_BYPASS ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*MT6173*/ #define HRD_HB_THRESHOLD_ELNA_BYPASS ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*MT6173*/ #define IBBD_LB_THRESHOLD_ELNA_BYPASS ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*MT6173*/ #define IBBD_HB_THRESHOLD_ELNA_BYPASS ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSL )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6173*/ #define RF_GSM_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSL )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6173*/ #define RF_DCS_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSH )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6173*/ #define RF_PCS_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSH )*(PWRRES))/*Modify for BYPASS*/ |
| /*MT6173*/ |
| /*MT6173*/ /*The last group index for ON ELNA */ |
| /*MT6173*/ const unsigned short LAST_GROUP_FOR_ELNA_ON [5] = /* GSM400 GSM850 GSM900 DCS1800 PCS1900*/ |
| /*MT6173*/ {0, 6, 6, 6, 6}; |
| /*MT6173*/ |
| /*MT6173*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*MT6173*/ #define RF_GSM850_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_DCS_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_PCS_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*MT6173*/ #define RF_GSM850_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6173*/ #define RF_GSM850_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6173*/ #define RF_GSM_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6173*/ #define RF_GSM_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6173*/ #define RF_DCS_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6173*/ #define RF_DCS_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6173*/ #define RF_PCS_Sec0_BitNo_ELNA_BYPASS 8 |
| /*MT6173*/ #define RF_PCS_Sec1_BitNo_ELNA_BYPASS 4 |
| /*MT6173*/ |
| /*MT6173*/ /* GSM850....................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA_BYPASS [9] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* GSM900....................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA_BYPASS [9] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* DCS1800...................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA_BYPASS [9] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /* PCS1900...................................................................*/ |
| /*MT6173*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*MT6173*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA_BYPASS [9] = |
| /*MT6173*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*MT6173*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*MT6173*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*MT6173*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*MT6173*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*MT6173*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*MT6173*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*MT6173*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /*...........................................................................*/ |
| /*MT6173*/ |
| /*MT6173*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA_BYPASS[] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_MAXGAIN_ELNA_BYPASS , (int)RF_GSM850_MINGAIN_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_MAXGAIN_ELNA_BYPASS , (int)RF_GSM_MINGAIN_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_MAXGAIN_ELNA_BYPASS , (int)RF_DCS_MINGAIN_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_MAXGAIN_ELNA_BYPASS , (int)RF_PCS_MINGAIN_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ const sL1DAGCDATA *const AGC_TABLE_ELNA_BYPASS[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ AGC_TABLE_GSM850_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6173*/ AGC_TABLE_GSM900_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6173*/ AGC_TABLE_DCS1800_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6173*/ AGC_TABLE_PCS1900_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*MT6173*/ const sL1DSection GAIN_Sec0_ELNA_BYPASS [] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_Sec0_GAIN_ELNA_BYPASS , (int)RF_GSM850_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_Sec0_GAIN_ELNA_BYPASS , (int)RF_GSM_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_Sec0_GAIN_ELNA_BYPASS , (int)RF_DCS_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_Sec0_GAIN_ELNA_BYPASS , (int)RF_PCS_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*MT6173*/ const sL1DSection GAIN_Sec1_ELNA_BYPASS [] = |
| /*MT6173*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*MT6173*/ { (int)RF_GSM850_Sec1_GAIN_ELNA_BYPASS , (int)RF_GSM850_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*MT6173*/ { (int)RF_GSM_Sec1_GAIN_ELNA_BYPASS , (int)RF_GSM_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*MT6173*/ { (int)RF_DCS_Sec1_GAIN_ELNA_BYPASS , (int)RF_DCS_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*MT6173*/ { (int)RF_PCS_Sec1_GAIN_ELNA_BYPASS , (int)RF_PCS_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| #endif //IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*MT6173*/ |
| /*MT6173*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*MT6173*/ { int max_gain, min_gain, real_gain, blkr_group, l1_obb_flag = 0; |
| /*MT6173*/ const int* d32ptr; |
| /*MT6173*/ const sL1DAGCDATA* agcptr; |
| /*MT6173*/ sLNAGAINOFFSET* lnaptr; |
| /*MT6173*/ sAGCGAINOFFSET* ofsptr; |
| /*MT6173*/ long setting; |
| /*MT6173*/ int bit_no, idx, lna_path_loss, ibbd_threshold, hrd_threshold, ibb_group_threshold=0; |
| /*MT6173*/ //unsigned short L1D_chip_ver = L1D_RF_QUERY_CHIP_VERSION(); |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ unsigned short agcptr_idx = 0; //index of AGC table for fixing RX gain setting |
| /*MT6173*/ unsigned short is_elna_usage = (L1D_RF_Check_If_ExternalLNA( rf_band )>=L1D_ELNA_ALYWAYS_ON)?1:0; // check if using eLNA |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ unsigned short is_elna_bypass_usage = (L1D_RF_Check_If_ExternalLNA( rf_band )==L1D_ELNA_CAN_SWITCH)?1:0; // check if using eLNA Bypass |
| /*MT6173*/ #endif |
| /*MT6173*/ #endif |
| /*MT6173*/ |
| /*MT6173*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6173*/ sAGCLNAGAINOFFSET* ofsptr_offset; |
| /*MT6173*/ kal_uint16 rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_enable; |
| /*MT6173*/ kal_uint16 meta_rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_meta_enable; |
| /*MT6173*/ int lna_path_loss_offset = 0; |
| /*MT6173*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6173*/ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ else if( is_elna_bypass_usage ) //For eLNA Bypass |
| /*MT6173*/ { |
| /*MT6173*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA_BYPASS: IBBD_HB_THRESHOLD_ELNA_BYPASS; |
| /*MT6173*/ ibb_group_threshold = 1; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ else if( is_elna_usage ) //For eLNA |
| /*MT6173*/ { |
| /*MT6173*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA : IBBD_HB_THRESHOLD_ELNA; |
| /*MT6173*/ ibb_group_threshold = 1; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else // no eLNA |
| /*MT6173*/ { |
| /*MT6173*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD : IBBD_HB_THRESHOLD; |
| /*MT6173*/ ibb_group_threshold = 1; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ else if( is_elna_bypass_usage ) //For eLNA Bypass |
| /*MT6173*/ { |
| /*MT6173*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA_BYPASS: HRD_HB_THRESHOLD_ELNA_BYPASS; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ else if( is_elna_usage ) //For eLNA |
| /*MT6173*/ { |
| /*MT6173*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA : HRD_HB_THRESHOLD_ELNA; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else // no eLNA |
| /*MT6173*/ { |
| /*MT6173*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD : HRD_HB_THRESHOLD; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ |
| /*MT6173*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6173*/ if( l1d_rf.band < FrequencyBand1800 ) |
| /*MT6173*/ { l1_obb_flag = (l1d_rf.blk_flag & LB_OBB_FOUND) ? 1 : 0; } |
| /*MT6173*/ else |
| /*MT6173*/ { l1_obb_flag = (l1d_rf.blk_flag & HB_OBB_FOUND) ? 1 : 0; } |
| /*MT6173*/ #endif |
| /*MT6173*/ |
| /*MT6173*/ /* evaluate the range of available gain */ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ else if ( is_elna_bypass_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA_BYPASS[rf_band]); |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ else if ( is_elna_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA[rf_band]); |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*MT6173*/ } |
| /*MT6173*/ max_gain = *d32ptr++; |
| /*MT6173*/ min_gain = *d32ptr; |
| /*MT6173*/ |
| /*MT6173*/ /* D[12:10]: blkr_group used for IBB/HRD case if request_gain>=0, D[9:0]: request_gain for Normal case */ |
| /*MT6173*/ blkr_group = (request_gain>=0)?((request_gain>>10)&0x7):0; |
| /*MT6173*/ request_gain = (request_gain>=0)?(request_gain&0x3FF):request_gain; |
| /*MT6173*/ |
| /*MT6173*/ /* Normal Mode: From Voltage_Gain to Power_Gain (Voltage_Gain comes from m11303.c)*/ |
| /*MT6173*/ /* Meta Mode: Bring Power_Gain directly*/ |
| /*MT6173*/ if((!L1D_CheckIfMetaMode())) |
| /*MT6173*/ { request_gain -= ((rf_band<FrequencyBand1800) ? (PVOFSL*PWRRES) : (PVOFSH*PWRRES)); } |
| /*MT6173*/ |
| /*MT6173*/ /* clipping the request gain to the avialable gain */ |
| /*MT6173*/ if( request_gain>=max_gain ) |
| /*MT6173*/ { request_gain = max_gain; |
| /*MT6173*/ } |
| /*MT6173*/ else if( request_gain<=min_gain ) |
| /*MT6173*/ { request_gain = min_gain; |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ /* choose the LNA path loss */ |
| /*MT6173*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*MT6173*/ /* get the arfcn section */ |
| /*MT6173*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*MT6173*/ while( ofsptr->max_arfcn>=0 ) |
| /*MT6173*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*MT6173*/ { break; } |
| /*MT6173*/ ofsptr++; |
| /*MT6173*/ lnaptr++; |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ /* evaluate the real gain setting */ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ else if( is_elna_bypass_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ agcptr = AGC_TABLE_ELNA_BYPASS[rf_band]; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ else if( is_elna_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ agcptr = AGC_TABLE_ELNA[rf_band]; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ agcptr = AGC_TABLE[rf_band]; |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ while( request_gain < agcptr->pos_gain ) |
| /*MT6173*/ { |
| /*MT6173*/ agcptr++; |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ agcptr_idx++; |
| /*MT6173*/ #endif |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ { |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ if( is_elna_usage && (L1D_CheckIfMetaMode()) ) //Also for eLNA Bypass! |
| /*MT6173*/ {/* Special handling under META mode. Normal mode will use the exact gain listed in RX gain table*/ |
| /*MT6173*/ switch( agcptr_idx ) |
| /*MT6173*/ { |
| /*MT6173*/ case 0: // Section0, fix RX gain setting w/o extrapolation |
| /*MT6173*/ bit_no = GAIN_Sec0_ELNA[rf_band].bitno; |
| /*MT6173*/ real_gain = GAIN_Sec0_ELNA[rf_band].real_gain; |
| /*MT6173*/ break; |
| /*MT6173*/ case 1: // Section1, fix RX gain setting w/o extrapolation |
| /*MT6173*/ bit_no = GAIN_Sec1_ELNA[rf_band].bitno; |
| /*MT6173*/ real_gain = GAIN_Sec1_ELNA[rf_band].real_gain; |
| /*MT6173*/ break; |
| /*MT6173*/ default: // Other sections |
| /*MT6173*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6173*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6173*/ break; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ else |
| /*MT6173*/ #endif |
| /*MT6173*/ { |
| /*MT6173*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*MT6173*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT || IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*MT6173*/ else if( ((((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= (hrd_threshold))) || (((l1d_rf.blk_flag)&(IBB_FOUND)) && ((request_gain >= (ibbd_threshold)) || (blkr_group<=(ibb_group_threshold)))) || (l1_obb_flag == 1)) && (blkr_group > 0) ) |
| /*MT6173*/ { |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ if(is_elna_usage||is_elna_bypass_usage)//Also for eLNA Bypass! |
| /*MT6173*/ { |
| /*MT6173*/ switch( blkr_group ) |
| /*MT6173*/ { |
| /*MT6173*/ case 1: |
| /*MT6173*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6)<<6)|(0x7<<3)|0x4; // reduce LNA/TIA, increase 2*LPF2 Gain |
| /*MT6173*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN-2*LPF2_DROP_GAIN); |
| /*MT6173*/ break; |
| /*MT6173*/ case 2: |
| /*MT6173*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6)<<6)|(0x7<<3)|0x4; // reduce LNA/TIA, increase 3*LPF2 Gain |
| /*MT6173*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN-3*LPF2_DROP_GAIN); |
| /*MT6173*/ break; |
| /*MT6173*/ default: |
| /*MT6173*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6173*/ break; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ else |
| /*MT6173*/ #endif |
| /*MT6173*/ { |
| /*MT6173*/ switch( blkr_group ) |
| /*MT6173*/ { |
| /*MT6173*/ case 1: |
| /*MT6173*/ setting = 0x1CD; |
| /*MT6173*/ real_gain = ROUNDINT(( 47.6-PVOFSL )*(PWRRES)); |
| /*MT6173*/ break; |
| /*MT6173*/ case 2: |
| /*MT6173*/ setting = (agcptr->setting&0x3FFFFFC0)|(0x6<<6)|(0x3<<3)|0x5; // reduce LNA |
| /*MT6173*/ real_gain-= (LNA_DROP_GAIN); |
| /*MT6173*/ break; |
| /*MT6173*/ default: |
| /*MT6173*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6173*/ break; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ idx = (int)(setting&0x7); |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ else if( is_elna_bypass_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ switch( idx ) |
| /*MT6173*/ { |
| /*MT6173*/ case 6: /* LNA_Utra_High : G6 */ |
| /*MT6173*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_high_sensitivity-ofsptr->gain_offset)); |
| /*MT6173*/ break; |
| /*MT6173*/ case 5: /* LNA_High : G5 */ /*Base for path loss calibration*/ |
| /*MT6173*/ lna_path_loss = 0; |
| /*MT6173*/ break; |
| /*MT6173*/ case 4: /* LNA_Middle : G4 */ /*ELNA cannot exist with sawless*/ |
| /*MT6173*/ if( l1_obb_flag == 1 ) |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset)); }/*should not use*/ |
| /*MT6173*/ else |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6173*/ break; |
| /*MT6173*/ default:/* LNA_Low : G1 */ |
| /*MT6173*/ if( agcptr_idx<=LAST_GROUP_FOR_ELNA_ON[rf_band] ) |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6173*/ else |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low_maxpin-ofsptr->gain_offset)); } /*BYPASS*/ |
| /*MT6173*/ break; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ else if( is_elna_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ switch( idx ) |
| /*MT6173*/ { |
| /*MT6173*/ case 6: /* LNA_Utra_High : G6 */ |
| /*MT6173*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_high_sensitivity-ofsptr->gain_offset)); |
| /*MT6173*/ break; |
| /*MT6173*/ case 5: /* LNA_High : G5 */ /*Base for path loss calibration*/ |
| /*MT6173*/ lna_path_loss = 0; |
| /*MT6173*/ break; |
| /*MT6173*/ case 4: /* LNA_Middle : G4 */ /*ELNA cannot exist with sawless*/ |
| /*MT6173*/ if( l1_obb_flag == 1 ) |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset)); }/*should not use*/ |
| /*MT6173*/ else |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); } |
| /*MT6173*/ break; |
| /*MT6173*/ default:/* LNA_Low : G1 */ |
| /*MT6173*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); |
| /*MT6173*/ break; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6173*/ { lna_path_loss = 0; } |
| /*MT6173*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6173*/ { |
| /*MT6173*/ if( l1_obb_flag == 1 ) |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset));} |
| /*MT6173*/ else |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset));} |
| /*MT6173*/ } |
| /*MT6173*/ else /* LNA_Low : G1*/ |
| /*MT6173*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ |
| /*MT6173*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6173*/ /* get the arfcn section */ |
| /*MT6173*/ ofsptr_offset = AGCLNA_PATHLOSS_OFFSET[rf_band]; |
| /*MT6173*/ while( ofsptr_offset->max_arfcn>=0 ) |
| /*MT6173*/ { if( arfcn <= ofsptr_offset->max_arfcn ) |
| /*MT6173*/ { break; } |
| /*MT6173*/ ofsptr_offset++; |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ |
| /*MT6173*/ if( rx_power_offset_enable ) |
| /*MT6173*/ { |
| /*MT6173*/ if( ( L1D_CheckIfMetaMode() && ( meta_rx_power_offset_enable == 1 )) || // DUT In META mode and enable META mode compensation |
| /*MT6173*/ (L1D_CheckIfMetaMode() == 0) // DUT in normal mode, apply compensation |
| /*MT6173*/ ) |
| /*MT6173*/ { |
| /*MT6173*/ /*idx = (int)(((agcptr->setting)>>5)&0x7);*/ |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ if( is_elna_usage ) |
| /*MT6173*/ { |
| /*MT6173*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*MT6173*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6173*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*MT6173*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6173*/ else /* LNA_Low : G1 */ |
| /*MT6173*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6173*/ } |
| /*MT6173*/ else |
| /*MT6173*/ #endif |
| /*MT6173*/ { |
| /*MT6173*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*MT6173*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*MT6173*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*MT6173*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*MT6173*/ else /* LNA_Low : G1*/ |
| /*MT6173*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ lna_path_loss_offset = 0; |
| /*MT6173*/ } |
| /*MT6173*/ extern void L1D_RF_RPO_Trace( uint32 v1, uint32 v2, uint32 v3, uint32 v4, int32 v5, int32 v6 ); |
| /*MT6173*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, idx, rf_band, arfcn, lna_path_loss_offset); |
| /*MT6173*/ } |
| /*MT6173*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6173*/ |
| /*MT6173*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*MT6173*/ real_gain -= (lna_path_loss_offset+lna_path_loss); |
| /*MT6173*/ #else |
| /*MT6173*/ real_gain -= lna_path_loss;// choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*MT6173*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*MT6173*/ } |
| /*MT6173*/ |
| /*MT6173*/ #if IS_RSSI_TC_SUPPORT |
| /*MT6173*/ if(L1D_CheckIfMetaMode()==0) |
| /*MT6173*/ { real_gain-=L1D_RF_CompensateRXGain( l1d_rf.band ); } // Compensate RX Gain acoording to temperature when normal mode |
| /*MT6173*/ #endif |
| /*MT6173*/ |
| /*MT6173*/ *gain_setting = setting; |
| /*MT6173*/ |
| /*MT6173*/ /* evaluate the eLNA setting */ |
| /*MT6173*/ if ( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ else if (is_elna_bypass_usage) //on or bypass |
| /*MT6173*/ { |
| /*MT6173*/ if( agcptr_idx<=LAST_GROUP_FOR_ELNA_ON[rf_band] ) |
| /*MT6173*/ { |
| /*MT6173*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_ON; //low input power |
| /*MT6173*/ } |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_BYPASS; //high input power |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ else if (is_elna_usage) //always on |
| /*MT6173*/ { |
| /*MT6173*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_ON; |
| /*MT6173*/ } |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_NULL; |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ return( real_gain ); |
| /*MT6173*/ } |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6173*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6173*/ { |
| /*MT6173*/ unsigned short gain_step = gain_setting & 0x3FF; |
| /*MT6173*/ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ #if IS_2G_RXD_SUPPORT |
| /*MT6173*/ else if( L1D_RF_Check_If_ExternalLNA(rf_band)>=L1D_ELNA_ALYWAYS_ON )//Also for eLNA Bypass! |
| /*MT6173*/ #else |
| /*MT6173*/ else if( L1D_RF_Check_If_ExternalLNA(rf_band) )//Also for eLNA Bypass! |
| /*MT6173*/ #endif |
| /*MT6173*/ { |
| /*MT6173*/ switch( gain_step ) |
| /*MT6173*/ { |
| /*MT6173*/ case 0x20E: |
| /*MT6173*/ return 10; |
| /*MT6173*/ case 0x11D: |
| /*MT6173*/ return 9; |
| /*MT6173*/ case 0x10D: |
| /*MT6173*/ return 8; |
| /*MT6173*/ case 0x15D: |
| /*MT6173*/ return 7; |
| /*MT6173*/ case 0xDD: |
| /*MT6173*/ return 6; |
| /*MT6173*/ case 0x1BC: |
| /*MT6173*/ return 5; |
| /*MT6173*/ case 0x11C: |
| /*MT6173*/ return 4; |
| /*MT6173*/ case 0xDC: |
| /*MT6173*/ return 3; |
| /*MT6173*/ case 0x189: |
| /*MT6173*/ return 2; |
| /*MT6173*/ case 0x149: |
| /*MT6173*/ return 1; |
| /*MT6173*/ default: |
| /*MT6173*/ return 0; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ switch( gain_step ) |
| /*MT6173*/ { |
| /*MT6173*/ case 0x20E: |
| /*MT6173*/ return 10; |
| /*MT6173*/ case 0x1CD: |
| /*MT6173*/ return 9; |
| /*MT6173*/ case 0x18E: |
| /*MT6173*/ return 8; |
| /*MT6173*/ case 0x1CE: |
| /*MT6173*/ return 7; |
| /*MT6173*/ case 0x14E: |
| /*MT6173*/ return 6; |
| /*MT6173*/ case 0x19E: |
| /*MT6173*/ return 5; |
| /*MT6173*/ case 0x1DD: |
| /*MT6173*/ return 4; |
| /*MT6173*/ case 0x19D: |
| /*MT6173*/ return 3; |
| /*MT6173*/ case 0x15D: |
| /*MT6173*/ return 2; |
| /*MT6173*/ case 0x11D: |
| /*MT6173*/ return 1; |
| /*MT6173*/ default: |
| /*MT6173*/ return 0; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #if IS_2G_RXD_SUPPORT |
| /*MT6173*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6173*/ { |
| /*MT6173*/ unsigned short gain_step = gain_setting & 0x3FF; |
| /*MT6173*/ |
| /*MT6173*/ if( 0 ) |
| /*MT6173*/ { /* do nothing */ } |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ #if IS_2G_RXD_SUPPORT |
| /*MT6173*/ else if( L1D_RF_Check_If_ExternalLNA_RXD(rf_band)>=L1D_ELNA_ALYWAYS_ON )//Also for eLNA Bypass! |
| /*MT6173*/ #else |
| /*MT6173*/ else if( L1D_RF_Check_If_ExternalLNA_RXD(rf_band) )//Also for eLNA Bypass! |
| /*MT6173*/ #endif |
| /*MT6173*/ { |
| /*MT6173*/ switch( gain_step ) |
| /*MT6173*/ { |
| /*MT6173*/ case 0x20E: |
| /*MT6173*/ return 10; |
| /*MT6173*/ case 0x11D: |
| /*MT6173*/ return 9; |
| /*MT6173*/ case 0x10D: |
| /*MT6173*/ return 8; |
| /*MT6173*/ case 0x15D: |
| /*MT6173*/ return 7; |
| /*MT6173*/ case 0xDD: |
| /*MT6173*/ return 6; |
| /*MT6173*/ case 0x1BC: |
| /*MT6173*/ return 5; |
| /*MT6173*/ case 0x11C: |
| /*MT6173*/ return 4; |
| /*MT6173*/ case 0xDC: |
| /*MT6173*/ return 3; |
| /*MT6173*/ case 0x189: |
| /*MT6173*/ return 2; |
| /*MT6173*/ case 0x149: |
| /*MT6173*/ return 1; |
| /*MT6173*/ default: |
| /*MT6173*/ return 0; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| /*MT6173*/ else |
| /*MT6173*/ { |
| /*MT6173*/ switch( gain_step ) |
| /*MT6173*/ { |
| /*MT6173*/ case 0x20E: |
| /*MT6173*/ return 10; |
| /*MT6173*/ case 0x1CD: |
| /*MT6173*/ return 9; |
| /*MT6173*/ case 0x18E: |
| /*MT6173*/ return 8; |
| /*MT6173*/ case 0x1CE: |
| /*MT6173*/ return 7; |
| /*MT6173*/ case 0x14E: |
| /*MT6173*/ return 6; |
| /*MT6173*/ case 0x19E: |
| /*MT6173*/ return 5; |
| /*MT6173*/ case 0x1DD: |
| /*MT6173*/ return 4; |
| /*MT6173*/ case 0x19D: |
| /*MT6173*/ return 3; |
| /*MT6173*/ case 0x15D: |
| /*MT6173*/ return 2; |
| /*MT6173*/ case 0x11D: |
| /*MT6173*/ return 1; |
| /*MT6173*/ default: |
| /*MT6173*/ return 0; |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ } |
| /*MT6173*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| /*MT6173*/ const sL1DAGCHALDATA AGC_TABLE_HAL= |
| /*MT6173*/ { |
| /*MT6173*/ -880/*-110*/, //max_predict_power |
| /*MT6173*/ -40/*-5*/, //min_predict_power |
| /*MT6173*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6173*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6173*/ { |
| /*MT6173*/ { -880/*-110*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -872/*-109*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -864/*-108*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -856/*-107*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -848/*-106*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -840/*-105*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -832/*-104*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -824/*-103*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -816/*-102*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -808/*-101*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -800/*-100*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -792/*-99*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -784/*-98*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -776/*-97*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -768/*-96*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CD), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -760/*-95*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CE), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CE), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -752/*-94*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CE), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1CE), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -736/*-92*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -728/*-91*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x18E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -712/*-89*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -704/*-88*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x14E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -688/*-86*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -680/*-85*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -672/*-84*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -664/*-83*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -656/*-82*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -648/*-81*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -640/*-80*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -632/*-79*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -624/*-78*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -616/*-77*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -608/*-76*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -600/*-75*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -592/*-74*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -584/*-73*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -576/*-72*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -568/*-71*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -560/*-70*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -552/*-69*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -544/*-68*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -536/*-67*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -528/*-66*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -520/*-65*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -512/*-64*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -504/*-63*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -496/*-62*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -488/*-61*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -480/*-60*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -472/*-59*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -464/*-58*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -456/*-57*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19E), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -448/*-56*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -440/*-55*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -432/*-54*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1DD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -424/*-53*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -416/*-52*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -408/*-51*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x19D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -400/*-50*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -392/*-49*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -384/*-48*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -376/*-47*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -368/*-46*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -360/*-45*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -352/*-44*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -344/*-43*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -336/*-42*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -328/*-41*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -320/*-40*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -312/*-39*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x209), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -304/*-38*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -296/*-37*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -288/*-36*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1C9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -256/*-32*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -248/*-31*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -240/*-30*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -232/*-29*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -224/*-28*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -216/*-27*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x199), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -208/*-26*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -200/*-25*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -192/*-24*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -160/*-20*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -152/*-19*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -144/*-18*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -136/*-17*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -128/*-16*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -120/*-15*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -112/*-14*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -104/*-13*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -96/*-12*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -88/*-11*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -80/*-10*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -72/*-9*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -64/*-8*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -56/*-7*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -48/*-6*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ { -40/*-5*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6173*/ } |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ &AGC_TABLE_HAL, /* FrequencyBand850 */ |
| /*MT6173*/ &AGC_TABLE_HAL, /* FrequencyBand900 */ |
| /*MT6173*/ &AGC_TABLE_HAL, /* FrequencyBand1800 */ |
| /*MT6173*/ &AGC_TABLE_HAL, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE= |
| /*MT6173*/ { |
| /*MT6173*/ (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6173*/ (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6173*/ { |
| /*MT6173*/ { -880/*-110*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -872/*-109*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -864/*-108*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -856/*-107*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -848/*-106*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -840/*-105*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -832/*-104*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -824/*-103*/, (Gain)(ROUNDINT(( 56.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -760/*-95*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -752/*-94*/, (Gain)(ROUNDINT(( 53.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -736/*-92*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -728/*-91*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -712/*-89*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -704/*-88*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -688/*-86*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -680/*-85*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -672/*-84*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -664/*-83*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -656/*-82*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -648/*-81*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -640/*-80*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -632/*-79*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -624/*-78*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -616/*-77*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -608/*-76*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -600/*-75*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -592/*-74*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -584/*-73*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -576/*-72*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -568/*-71*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -560/*-70*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -552/*-69*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -544/*-68*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -536/*-67*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -528/*-66*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -520/*-65*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -512/*-64*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -504/*-63*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -496/*-62*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -488/*-61*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -480/*-60*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -472/*-59*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -464/*-58*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -456/*-57*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -448/*-56*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -440/*-55*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -432/*-54*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -424/*-53*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -416/*-52*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -408/*-51*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -400/*-50*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -392/*-49*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -384/*-48*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -376/*-47*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -368/*-46*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -360/*-45*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -352/*-44*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -344/*-43*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -336/*-42*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -328/*-41*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -320/*-40*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -312/*-39*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -304/*-38*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -296/*-37*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -288/*-36*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -256/*-32*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -248/*-31*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -240/*-30*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -232/*-29*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -224/*-28*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -216/*-27*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -208/*-26*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -200/*-25*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -192/*-24*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -160/*-20*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -152/*-19*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -144/*-18*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -136/*-17*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -128/*-16*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -120/*-15*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -112/*-14*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -104/*-13*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -96/*-12*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -88/*-11*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -80/*-10*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -72/*-9*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -64/*-8*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -56/*-7*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -48/*-6*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -40/*-5*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ } |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_LIST[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE, /* FrequencyBand850 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE, /* FrequencyBand900 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE, /* FrequencyBand1800 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6173*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA= |
| /*MT6173*/ { |
| /*MT6173*/ -880/*-110*/, //max_predict_power |
| /*MT6173*/ -40/*-5*/, //min_predict_power |
| /*MT6173*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6173*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6173*/ { |
| /*MT6173*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -816/*-102*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -808/*-101*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -800/*-100*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -792/*-99*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -784/*-98*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -776/*-97*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -768/*-96*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -160/*-20*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -152/*-19*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -144/*-18*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -136/*-17*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -128/*-16*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -120/*-15*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -112/*-14*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -104/*-13*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -96/*-12*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -88/*-11*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -80/*-10*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -72/*-9*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -64/*-8*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -56/*-7*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -48/*-6*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -40/*-5*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ } |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA, /* FrequencyBand850 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA, /* FrequencyBand900 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA, /* FrequencyBand1800 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA= |
| /*MT6173*/ { |
| /*MT6173*/ (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6173*/ (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6173*/ { |
| /*MT6173*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -160/*-20*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -152/*-19*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -144/*-18*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -136/*-17*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -128/*-16*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -120/*-15*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -112/*-14*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -104/*-13*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -96/*-12*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -88/*-11*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -80/*-10*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -72/*-9*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -64/*-8*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -56/*-7*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -48/*-6*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -40/*-5*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ } |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_LIST[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand850 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand900 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand1800 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ #endif |
| /*MT6173*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6173*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS= |
| /*MT6173*/ { |
| /*MT6173*/ -880/*-110*/, //max_predict_power |
| /*MT6173*/ -40/*-5*/, //min_predict_power |
| /*MT6173*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6173*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6173*/ { |
| /*MT6173*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x20E), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -816/*-102*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -808/*-101*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -800/*-100*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -792/*-99*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -784/*-98*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -776/*-97*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -768/*-96*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x10D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x15D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11D), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x1BC), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDD), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x11C), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xDC), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x189), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x149), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x109), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x159), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x139), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6173*/ { -184/*-23*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -176/*-22*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -168/*-21*/, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 5.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x119), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -160/*-20*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -152/*-19*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -144/*-18*/, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 2.6-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xD9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -136/*-17*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -128/*-16*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -120/*-15*/, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -0.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0x99), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -112/*-14*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -104/*-13*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -96/*-12*/, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -3.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xF9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -88/*-11*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -80/*-10*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -72/*-9*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -64/*-8*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -56/*-7*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -48/*-6*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ { -40/*-5*/, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -6.4-PVOFSL )*(PWRRES))), BSI_CW(0x14E, 0xB9), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6173*/ } |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6173*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_BYPASS= |
| /*MT6173*/ { |
| /*MT6173*/ (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6173*/ (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6173*/ { |
| /*MT6173*/ { -880/*-110*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -872/*-109*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -864/*-108*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -856/*-107*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -848/*-106*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -840/*-105*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -832/*-104*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -824/*-103*/, (Gain)(ROUNDINT(( 68.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -744/*-93*/, (Gain)(ROUNDINT(( 50.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -720/*-90*/, (Gain)(ROUNDINT(( 47.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -696/*-87*/, (Gain)(ROUNDINT(( 44.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -280/*-35*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -272/*-34*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -264/*-33*/, (Gain)(ROUNDINT(( 17.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -256/*-32*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -248/*-31*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -240/*-30*/, (Gain)(ROUNDINT(( 14.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -232/*-29*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -224/*-28*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -216/*-27*/, (Gain)(ROUNDINT(( 11.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -208/*-26*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -200/*-25*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -192/*-24*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -184/*-23*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -176/*-22*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -168/*-21*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -160/*-20*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -152/*-19*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -144/*-18*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -136/*-17*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -128/*-16*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -120/*-15*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -112/*-14*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -104/*-13*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -96/*-12*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -88/*-11*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -80/*-10*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -72/*-9*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -64/*-8*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -56/*-7*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -48/*-6*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ { -40/*-5*/, (Gain)(ROUNDINT(( 8.6-PVOFSL )*(PWRRES)))}, |
| /*MT6173*/ } |
| /*MT6173*/ }; |
| /*MT6173*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_BYPASS_LIST[] = |
| /*MT6173*/ { 0, /*#FrequencyBand400 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6173*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| /*MT6173*/ #endif |
| /*MT6173*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6173*/ {/*PWRRES:8*/ |
| /*MT6173*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6173*/ 0, // kal_uint8 seq_num |
| /*MT6173*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6173*/ 3, // kal_uint8 seq_num |
| /*MT6173*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-720,-448,-328,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-456,-336,-160,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,-16,-136,0,0,0}, |
| /*MT6173*/ {80,-16,-136,0,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,61,-59,0,0,0}, |
| /*MT6173*/ {181,61,-59,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,-35,-203,0,0,0}, |
| /*MT6173*/ {85,-35,-203,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6173*/ 4, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,80,-16,-136,0,0}, |
| /*MT6173*/ {272,56,32,-112,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,181,61,-59,0,0}, |
| /*MT6173*/ {196,196,52,-92,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,85,-35,-203,0,0}, |
| /*MT6173*/ {76,76,-68,-260,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{0,0,0,0,0,0}, |
| /*MT6173*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,80,-16,-136,-136,0}, |
| /*MT6173*/ {272,56,32,-112,-232,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,181,61,-59,-59,0}, |
| /*MT6173*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,85,-35,-203,-203,0}, |
| /*MT6173*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect4***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6173*/ 4, // kal_uint8 seq_num |
| /*MT6173*/ {-480,-360,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-720,-448,-448,-328,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-456,-336,-336,-160,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,0,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,-16,-16,-136,0,0}, |
| /*MT6173*/ {80,-16,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,61,61,-59,0,0}, |
| /*MT6173*/ {181,61,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,-35,-35,-203,0,0}, |
| /*MT6173*/ {85,-35,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect5***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6173*/ 4, // kal_uint8 seq_num |
| /*MT6173*/ {-480,-360,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-720,-448,-448,-328,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-456,-336,-336,-160,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,0,0}, |
| /*MT6173*/ {1,1,0,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,-16,-16,-136,0,0}, |
| /*MT6173*/ {80,-16,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,61,61,-59,0,0}, |
| /*MT6173*/ {181,61,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,-35,-35,-203,0,0}, |
| /*MT6173*/ {85,-35,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect6***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-360,-280,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-448,-448,-328,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-435,-456,-341,-336,-232,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{0,1,1,1,1,0}, |
| /*MT6173*/ {1,1,1,0,1,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,80,-16,-16,-136,0}, |
| /*MT6173*/ {272,56,32,32,-112,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,181,61,61,-59,0}, |
| /*MT6173*/ {196,196,52,52,-92,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,85,-35,-35,-203,0}, |
| /*MT6173*/ {76,76,-68,-68,-260,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6173*/ 6, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-360,-280,-240}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-640,-616,-448,-448,-328,-304}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-456,-343,-336,-248,-131}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID_SAWLESS,RX_LNA_LOW,RX_LNA_LOW}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{0,1,1,1,1,0}, |
| /*MT6173*/ {1,1,1,0,1,1}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{80,80,-16,-16,-136,-136}, |
| /*MT6173*/ {272,56,32,32,-112,-232}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6173*/ {{181,181,61,61,-59,-59}, |
| /*MT6173*/ {244,100,52,52,-92,-188}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{85,85,-35,-35,-203,-203}, |
| /*MT6173*/ {124,76,-68,-68,-164,-308}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect8***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6173*/ 4, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,0,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,0,0}, |
| /*MT6173*/ {80,80,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{196,196,52,-92,0,0}, |
| /*MT6173*/ {181,181,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{76,76,-68,-260,0,0}, |
| /*MT6173*/ {85,85,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect9***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6173*/ 4, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-448,-328,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-435,-456,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,0,0}, |
| /*MT6173*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,0,0}, |
| /*MT6173*/ {80,80,-16,-136,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{196,196,52,-92,0,0}, |
| /*MT6173*/ {181,181,61,-59,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{76,76,-68,-260,0,0}, |
| /*MT6173*/ {85,85,-35,-203,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect10***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6173*/ 4, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,0,0}, |
| /*MT6173*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,0,0}, |
| /*MT6173*/ {272,56,32,-112,0,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6173*/ {{196,196,52,-92,0,0}, |
| /*MT6173*/ {196,196,52,-92,0,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{76,76,-68,-260,0,0}, |
| /*MT6173*/ {76,76,-68,-260,0,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect11***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,0,0}, |
| /*MT6173*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,-112,0}, |
| /*MT6173*/ {272,56,32,-112,-232,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6173*/ {{196,196,52,-92,-92,0}, |
| /*MT6173*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{76,76,-68,-260,-260,0}, |
| /*MT6173*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect12***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,1,0}, |
| /*MT6173*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,-232,0}, |
| /*MT6173*/ {80,80,-16,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{244,100,52,-92,-188,0}, |
| /*MT6173*/ {181,181,61,-59,-59,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{124,76,-68,-164,-308,0}, |
| /*MT6173*/ {85,85,-35,-203,-203,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect13***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-640,-616,-448,-328,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-456,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,1,0}, |
| /*MT6173*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,-232,0}, |
| /*MT6173*/ {80,80,-16,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6173*/ {{244,100,52,-92,-188,0}, |
| /*MT6173*/ {181,181,61,-59,-59,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{124,76,-68,-164,-308,0}, |
| /*MT6173*/ {85,85,-35,-203,-203,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect14***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,1,0}, |
| /*MT6173*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,-232,0}, |
| /*MT6173*/ {272,56,32,-112,-112,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6173*/ {{244,100,52,-92,-188,0}, |
| /*MT6173*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{124,76,-68,-164,-308,0}, |
| /*MT6173*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ {/************slect15***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6173*/ 5, // kal_uint8 seq_num |
| /*MT6173*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6173*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6173*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6173*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6173*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6173*/ {{1,1,1,1,1,0}, |
| /*MT6173*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6173*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6173*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6173*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6173*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6173*/ {{272,56,32,-112,-232,0}, |
| /*MT6173*/ {272,56,32,-112,-232,0}}, // kal_int16 gain_default |
| /*MT6173*/ {-160, |
| /*MT6173*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6173*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6173*/ {{244,100,52,-92,-188,0}, |
| /*MT6173*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*MT6173*/ {{124,76,-68,-164,-308,0}, |
| /*MT6173*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*MT6173*/ }, |
| /*MT6173*/ }; |
| /*MT6173*/ |
| /*MT6173*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[4][4] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6173*/ { |
| /*MT6173*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6173*/ {4 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,5 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,6 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,7 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6173*/ {8 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,9 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,10 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,11 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6173*/ {12 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,13 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,14 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,15 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/}, |
| /*MT6173*/ }; |
| /*MT6173*/ const unsigned short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6173*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6173*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6173*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6173*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6173*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6173*/ }; |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| #endif |
| |
| #if IS_RF_TRINITYE1 |
| /*TRINITYE1*/ #define PVOFSL 34 |
| /*TRINITYE1*/ #define PVOFSH 34 |
| #if IS_W_CANCELLATION_SUPPORT |
| /*TRINITYE1*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ unsigned long gain_step = gain_setting & 0x3FF; |
| /*TRINITYE1*/ |
| /*TRINITYE1*/ if( 0 ) |
| /*TRINITYE1*/ { /* do nothing */ } |
| /*TRINITYE1*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYE1*/ else if( L1D_RF_Check_If_ExternalLNA(rf_band) )//Also for eLNA Bypass! |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ switch( gain_step ) |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ case 0x1EDA8: |
| /*TRINITYE1*/ return 9; |
| /*TRINITYE1*/ case 0x1CFA8: |
| /*TRINITYE1*/ return 8; |
| /*TRINITYE1*/ case 0x1ED80: |
| /*TRINITYE1*/ return 7; |
| /*TRINITYE1*/ case 0x1BFA0: |
| /*TRINITYE1*/ return 6; |
| /*TRINITYE1*/ case 0x1CD90: |
| /*TRINITYE1*/ return 5; |
| /*TRINITYE1*/ case 0x1BFA8: |
| /*TRINITYE1*/ return 4; |
| /*TRINITYE1*/ case 0x1BF90: |
| /*TRINITYE1*/ return 3; |
| /*TRINITYE1*/ case 0x1BF98: |
| /*TRINITYE1*/ return 2; |
| /*TRINITYE1*/ case 0x1BF88: |
| /*TRINITYE1*/ return 1; |
| /*TRINITYE1*/ default: |
| /*TRINITYE1*/ return 0; |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ #endif |
| /*TRINITYE1*/ else |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ switch( gain_step ) |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ case 0x1ECA8: |
| /*TRINITYE1*/ return 9; |
| /*TRINITYE1*/ case 0x1EDA0: |
| /*TRINITYE1*/ return 8; |
| /*TRINITYE1*/ case 0x1EFA8: |
| /*TRINITYE1*/ return 7; |
| /*TRINITYE1*/ case 0x1DFA8: |
| /*TRINITYE1*/ return 6; |
| /*TRINITYE1*/ case 0x1ED90: |
| /*TRINITYE1*/ return 5; |
| /*TRINITYE1*/ case 0x1DF98: |
| /*TRINITYE1*/ return 4; |
| /*TRINITYE1*/ case 0x1DFA0: |
| /*TRINITYE1*/ return 3; |
| /*TRINITYE1*/ case 0x1DF90: |
| /*TRINITYE1*/ return 2; |
| /*TRINITYE1*/ case 0x1DF88: |
| /*TRINITYE1*/ return 1; |
| /*TRINITYE1*/ default: |
| /*TRINITYE1*/ return 0; |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ #if IS_2G_RXD_SUPPORT |
| /*TRINITYE1*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*TRINITYE1*/ |
| /*TRINITYE1*/ if( 0 ) |
| /*TRINITYE1*/ { /* do nothing */ } |
| /*TRINITYE1*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYE1*/ else if( L1D_RF_Check_If_ExternalLNA_RXD(rf_band) )//Also for eLNA Bypass! |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ switch( gain_step ) |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ case 0x1EDA8: |
| /*TRINITYE1*/ return 9; |
| /*TRINITYE1*/ case 0x1CFA8: |
| /*TRINITYE1*/ return 8; |
| /*TRINITYE1*/ case 0x1ED80: |
| /*TRINITYE1*/ return 7; |
| /*TRINITYE1*/ case 0x1BFA0: |
| /*TRINITYE1*/ return 6; |
| /*TRINITYE1*/ case 0x1CD90: |
| /*TRINITYE1*/ return 5; |
| /*TRINITYE1*/ case 0x1BFA8: |
| /*TRINITYE1*/ return 4; |
| /*TRINITYE1*/ case 0x1BF90: |
| /*TRINITYE1*/ return 3; |
| /*TRINITYE1*/ case 0x1BF98: |
| /*TRINITYE1*/ return 2; |
| /*TRINITYE1*/ case 0x1BF88: |
| /*TRINITYE1*/ return 1; |
| /*TRINITYE1*/ default: |
| /*TRINITYE1*/ return 0; |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ #endif |
| /*TRINITYE1*/ else |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ switch( gain_step ) |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ case 0x1ECA8: |
| /*TRINITYE1*/ return 9; |
| /*TRINITYE1*/ case 0x1EDA0: |
| /*TRINITYE1*/ return 8; |
| /*TRINITYE1*/ case 0x1EFA8: |
| /*TRINITYE1*/ return 7; |
| /*TRINITYE1*/ case 0x1DFA8: |
| /*TRINITYE1*/ return 6; |
| /*TRINITYE1*/ case 0x1ED90: |
| /*TRINITYE1*/ return 5; |
| /*TRINITYE1*/ case 0x1DF98: |
| /*TRINITYE1*/ return 4; |
| /*TRINITYE1*/ case 0x1DFA0: |
| /*TRINITYE1*/ return 3; |
| /*TRINITYE1*/ case 0x1DF90: |
| /*TRINITYE1*/ return 2; |
| /*TRINITYE1*/ case 0x1DF88: |
| /*TRINITYE1*/ return 1; |
| /*TRINITYE1*/ default: |
| /*TRINITYE1*/ return 0; |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| /*TRINITYE1*/ const sL1DAGCHALDATA AGC_TABLE_HAL= |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYE1*/ -920/*-115*/, //min_predict_power |
| /*TRINITYE1*/ -40/*-5*/, //min_predict_power |
| /*TRINITYE1*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYE1*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ { -920/*-115*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -912/*-114*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -904/*-113*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -896/*-112*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -888/*-111*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -880/*-110*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -872/*-109*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -864/*-108*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -856/*-107*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -848/*-106*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -840/*-105*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -832/*-104*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -824/*-103*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -816/*-102*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -808/*-101*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -800/*-100*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -792/*-99*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -784/*-98*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -776/*-97*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -768/*-96*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -760/*-95*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -752/*-94*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -744/*-93*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -736/*-92*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -728/*-91*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -720/*-90*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -712/*-89*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -704/*-88*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -696/*-87*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -688/*-86*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -680/*-85*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -672/*-84*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -664/*-83*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -656/*-82*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -648/*-81*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -640/*-80*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -632/*-79*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -624/*-78*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -616/*-77*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -608/*-76*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -600/*-75*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -592/*-74*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -584/*-73*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -576/*-72*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -568/*-71*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -560/*-70*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -552/*-69*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -544/*-68*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -536/*-67*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -528/*-66*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -520/*-65*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -512/*-64*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -504/*-63*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -496/*-62*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -488/*-61*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -480/*-60*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -472/*-59*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -464/*-58*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -456/*-57*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -448/*-56*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -440/*-55*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -432/*-54*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -424/*-53*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -416/*-52*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -408/*-51*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -400/*-50*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -392/*-49*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -384/*-48*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -376/*-47*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -368/*-46*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -360/*-45*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -352/*-44*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -344/*-43*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -336/*-42*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -328/*-41*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -320/*-40*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -312/*-39*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -304/*-38*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -296/*-37*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -288/*-36*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -280/*-35*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -272/*-34*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -264/*-33*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -256/*-32*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -248/*-31*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -240/*-30*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -232/*-29*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -224/*-28*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -216/*-27*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -208/*-26*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -200/*-25*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -192/*-24*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -184/*-23*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -176/*-22*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -168/*-21*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -160/*-20*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -152/*-19*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -144/*-18*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -136/*-17*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -128/*-16*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -120/*-15*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -112/*-14*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -104/*-13*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -96/*-12*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -88/*-11*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -80/*-10*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -72/*-9*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -64/*-8*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -56/*-7*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -48/*-6*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ { -40/*-5*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL, /* FrequencyBand850 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL, /* FrequencyBand900 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE= |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ { -920/*-115*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -912/*-114*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -904/*-113*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -896/*-112*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -888/*-111*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -880/*-110*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -872/*-109*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -864/*-108*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -856/*-107*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -848/*-106*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -840/*-105*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -832/*-104*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -824/*-103*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -760/*-95*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -752/*-94*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -744/*-93*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -736/*-92*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -728/*-91*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -720/*-90*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -712/*-89*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -704/*-88*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -696/*-87*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -688/*-86*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -680/*-85*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -672/*-84*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -664/*-83*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -656/*-82*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -648/*-81*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -640/*-80*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -632/*-79*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -624/*-78*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -616/*-77*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -608/*-76*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -600/*-75*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -592/*-74*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -584/*-73*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -576/*-72*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -568/*-71*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -560/*-70*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -552/*-69*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -544/*-68*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -536/*-67*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -528/*-66*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -520/*-65*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -512/*-64*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -504/*-63*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -496/*-62*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -488/*-61*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -480/*-60*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -472/*-59*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -464/*-58*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -456/*-57*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -448/*-56*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -440/*-55*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -432/*-54*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -424/*-53*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -416/*-52*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -408/*-51*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -400/*-50*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -392/*-49*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -384/*-48*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -376/*-47*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -368/*-46*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -360/*-45*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -352/*-44*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -344/*-43*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -336/*-42*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -328/*-41*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -320/*-40*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -312/*-39*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -304/*-38*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -296/*-37*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -288/*-36*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -280/*-35*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -272/*-34*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -264/*-33*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -256/*-32*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -248/*-31*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -240/*-30*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -232/*-29*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -224/*-28*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -216/*-27*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -208/*-26*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -200/*-25*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -192/*-24*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -184/*-23*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -176/*-22*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -168/*-21*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -160/*-20*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -152/*-19*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -144/*-18*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -136/*-17*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -128/*-16*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -120/*-15*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -112/*-14*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -104/*-13*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -96/*-12*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -88/*-11*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -80/*-10*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -72/*-9*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -64/*-8*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -56/*-7*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -48/*-6*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -40/*-5*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE, /* FrequencyBand850 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE, /* FrequencyBand900 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYE1*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand850 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand900 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand850 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand900 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand850 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand900 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_MATHCHING_ELNA_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand850 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand900 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ 0, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ #endif |
| /*TRINITYE1*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYE1*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS= |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYE1*/ -920/*-115*/, //min_predict_power |
| /*TRINITYE1*/ -40/*-5*/, //min_predict_power |
| /*TRINITYE1*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYE1*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ { -920/*-115*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -912/*-114*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -904/*-113*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -896/*-112*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -888/*-111*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -880/*-110*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -872/*-109*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -864/*-108*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -856/*-107*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -848/*-106*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -840/*-105*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -832/*-104*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -824/*-103*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -816/*-102*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -808/*-101*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -800/*-100*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -792/*-99*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -784/*-98*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -776/*-97*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -768/*-96*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -760/*-95*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -752/*-94*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -744/*-93*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -736/*-92*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -728/*-91*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -720/*-90*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -712/*-89*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -704/*-88*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -696/*-87*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1CD90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -688/*-86*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -680/*-85*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -672/*-84*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -664/*-83*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -656/*-82*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -648/*-81*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -640/*-80*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -632/*-79*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -624/*-78*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -616/*-77*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -608/*-76*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -600/*-75*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -592/*-74*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -584/*-73*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -576/*-72*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -568/*-71*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -560/*-70*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -552/*-69*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -544/*-68*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -536/*-67*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -528/*-66*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -520/*-65*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -512/*-64*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -504/*-63*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -496/*-62*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -488/*-61*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -480/*-60*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -472/*-59*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -464/*-58*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -456/*-57*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -448/*-56*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -440/*-55*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -432/*-54*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -424/*-53*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -416/*-52*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -408/*-51*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -400/*-50*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -392/*-49*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -384/*-48*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -376/*-47*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -368/*-46*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -360/*-45*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -352/*-44*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -344/*-43*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -336/*-42*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -328/*-41*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -320/*-40*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -312/*-39*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -304/*-38*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -296/*-37*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -288/*-36*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -280/*-35*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -272/*-34*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -264/*-33*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -256/*-32*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -248/*-31*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -240/*-30*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYE1*/ { -232/*-29*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -224/*-28*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -216/*-27*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -208/*-26*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -200/*-25*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -192/*-24*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -184/*-23*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -176/*-22*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -168/*-21*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -160/*-20*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -152/*-19*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -144/*-18*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -136/*-17*/, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -128/*-16*/, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -120/*-15*/, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -112/*-14*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -104/*-13*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -96/*-12*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -88/*-11*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -80/*-10*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -72/*-9*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -64/*-8*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -56/*-7*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -48/*-6*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ { -40/*-5*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), BSI_CW(144, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[] = //just copy |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_BYPASS= |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYE1*/ (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ { -920/*-115*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -912/*-114*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -904/*-113*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -896/*-112*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -888/*-111*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -880/*-110*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -872/*-109*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -864/*-108*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -856/*-107*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -848/*-106*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -840/*-105*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -832/*-104*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -824/*-103*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -816/*-102*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -808/*-101*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -760/*-95*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ // { -752/*-94*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -744/*-93*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -736/*-92*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -728/*-91*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -720/*-90*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -712/*-89*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -704/*-88*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -696/*-87*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -688/*-86*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -680/*-85*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -672/*-84*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -664/*-83*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -656/*-82*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -648/*-81*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -640/*-80*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -632/*-79*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -624/*-78*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -616/*-77*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -608/*-76*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -600/*-75*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -592/*-74*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -584/*-73*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -576/*-72*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -568/*-71*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -560/*-70*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -552/*-69*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -544/*-68*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -536/*-67*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -528/*-66*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -520/*-65*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -512/*-64*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -504/*-63*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -496/*-62*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -488/*-61*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -480/*-60*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -472/*-59*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -464/*-58*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -456/*-57*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -448/*-56*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -440/*-55*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -432/*-54*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -424/*-53*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -416/*-52*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -408/*-51*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -400/*-50*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -392/*-49*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -384/*-48*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -376/*-47*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -368/*-46*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -360/*-45*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -352/*-44*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -344/*-43*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -336/*-42*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -328/*-41*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -320/*-40*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -312/*-39*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -304/*-38*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -296/*-37*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -288/*-36*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -280/*-35*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -272/*-34*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -264/*-33*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -256/*-32*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -248/*-31*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -240/*-30*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -232/*-29*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -224/*-28*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -216/*-27*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -208/*-26*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -200/*-25*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -192/*-24*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -184/*-23*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -176/*-22*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -168/*-21*/, (Gain)(ROUNDINT(( 4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -160/*-20*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -152/*-19*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -144/*-18*/, (Gain)(ROUNDINT(( 1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -136/*-17*/, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -128/*-16*/, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -120/*-15*/, (Gain)(ROUNDINT(( -1.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -112/*-14*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -104/*-13*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -96/*-12*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -88/*-11*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -80/*-10*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -72/*-9*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -64/*-8*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -56/*-7*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -48/*-6*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ { -40/*-5*/, (Gain)(ROUNDINT(( -4.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYE1*/ } |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_BYPASS_LIST[] = |
| /*TRINITYE1*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS= |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*copy from TRINITYL*/ -920/*-115*/, //min_predict_power |
| /*copy from TRINITYL*/ -40/*-5*/, //min_predict_power |
| /*copy from TRINITYL*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*copy from TRINITYL*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -816/*-102*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -808/*-101*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -800/*-100*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -792/*-99*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -784/*-98*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -776/*-97*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -768/*-96*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -760/*-95*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -752/*-94*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -744/*-93*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -736/*-92*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -728/*-91*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -720/*-90*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -712/*-89*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -704/*-88*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -696/*-87*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -688/*-86*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -680/*-85*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -672/*-84*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -664/*-83*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -656/*-82*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -648/*-81*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -640/*-80*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -632/*-79*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -624/*-78*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -616/*-77*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -608/*-76*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -600/*-75*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -592/*-74*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -584/*-73*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -576/*-72*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -568/*-71*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -560/*-70*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -552/*-69*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -544/*-68*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -536/*-67*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -528/*-66*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -520/*-65*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -512/*-64*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -504/*-63*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -496/*-62*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -488/*-61*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -480/*-60*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -472/*-59*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -464/*-58*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -456/*-57*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -448/*-56*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -440/*-55*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -432/*-54*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -424/*-53*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -416/*-52*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -408/*-51*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -400/*-50*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -392/*-49*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -384/*-48*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -376/*-47*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -368/*-46*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -360/*-45*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -352/*-44*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -344/*-43*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -336/*-42*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -328/*-41*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -320/*-40*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -312/*-39*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -304/*-38*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -296/*-37*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -288/*-36*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -280/*-35*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -272/*-34*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -264/*-33*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -136/*-17*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -128/*-16*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -120/*-15*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ } |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[] = |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[] = //just copy |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_18dB_BYPASS= |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL */ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*copy from TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*copy from TRINITYL */ { |
| /*copy from TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -816/*-102*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -808/*-101*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -800/*-100*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -792/*-99*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -784/*-98*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -776/*-97*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -768/*-96*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ } |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_LIST[] = |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*TRINITYE1*/ #endif |
| /*copy from TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_WIDE_BAND_MATCHING_SUPPORT |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING= |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), //max_gain |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), //min_gain |
| /*copy from TRINITYL*/ -920/*-115*/, //min_predict_power |
| /*copy from TRINITYL*/ -40/*-5*/, //min_predict_power |
| /*copy from TRINITYL*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*copy from TRINITYL*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ { -920/*-115*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -912/*-114*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -904/*-113*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -896/*-112*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -888/*-111*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -880/*-110*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -872/*-109*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -864/*-108*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -856/*-107*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -848/*-106*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -840/*-105*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -832/*-104*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -824/*-103*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -816/*-102*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -808/*-101*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -800/*-100*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -792/*-99*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -784/*-98*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -776/*-97*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -768/*-96*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -744/*-93*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -720/*-90*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -696/*-87*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -136/*-17*/, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -128/*-16*/, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -120/*-15*/, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -112/*-14*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -104/*-13*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -96/*-12*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -88/*-11*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -80/*-10*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -72/*-9*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -64/*-8*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -56/*-7*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -48/*-6*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -40/*-5*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ } |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = //just copy |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING= |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES))), //max_gain |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES))), //min_gain |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ { -920/*-115*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -912/*-114*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -904/*-113*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -896/*-112*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -888/*-111*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -880/*-110*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -872/*-109*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -864/*-108*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -856/*-107*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -848/*-106*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -840/*-105*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -832/*-104*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -824/*-103*/, (Gain)(ROUNDINT(( 59-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -816/*-102*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -808/*-101*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -800/*-100*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -792/*-99*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -784/*-98*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -776/*-97*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ // { -768/*-96*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -760/*-95*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -752/*-94*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -744/*-93*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -736/*-92*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -728/*-91*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -720/*-90*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -712/*-89*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -704/*-88*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -696/*-87*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -688/*-86*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -680/*-85*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -672/*-84*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -664/*-83*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -656/*-82*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -648/*-81*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -640/*-80*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -632/*-79*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -624/*-78*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -616/*-77*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -608/*-76*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -600/*-75*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -592/*-74*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -584/*-73*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -576/*-72*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -568/*-71*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -560/*-70*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -552/*-69*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -544/*-68*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -536/*-67*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -528/*-66*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -520/*-65*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -512/*-64*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -504/*-63*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -496/*-62*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -488/*-61*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -480/*-60*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -472/*-59*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -464/*-58*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -456/*-57*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -448/*-56*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -440/*-55*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -432/*-54*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -424/*-53*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -416/*-52*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -408/*-51*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -400/*-50*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -392/*-49*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -384/*-48*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -376/*-47*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -368/*-46*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -360/*-45*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -352/*-44*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -344/*-43*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -336/*-42*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -328/*-41*/, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -320/*-40*/, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -312/*-39*/, (Gain)(ROUNDINT(( 23-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -304/*-38*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -296/*-37*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -288/*-36*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -280/*-35*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -272/*-34*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -264/*-33*/, (Gain)(ROUNDINT(( 20-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -136/*-17*/, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -128/*-16*/, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -120/*-15*/, (Gain)(ROUNDINT(( 0.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -112/*-14*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -104/*-13*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -96/*-12*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -88/*-11*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -80/*-10*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -72/*-9*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -64/*-8*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -56/*-7*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -48/*-6*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ { -40/*-5*/, (Gain)(ROUNDINT(( -2.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ } |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), //max_gain |
| /*copy from TRINITYL*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*copy from TRINITYL*/ -920/*-115*/, //min_predict_power |
| /*copy from TRINITYL*/ -40/*-5*/, //min_predict_power |
| /*copy from TRINITYL*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*copy from TRINITYL*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL*/ { -920/*-115*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -912/*-114*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -904/*-113*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -896/*-112*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -888/*-111*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -880/*-110*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -872/*-109*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -864/*-108*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -856/*-107*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -848/*-106*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -816/*-102*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -808/*-101*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -800/*-100*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -792/*-99*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -784/*-98*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -776/*-97*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -768/*-96*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -760/*-95*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -752/*-94*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -744/*-93*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -736/*-92*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -728/*-91*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -720/*-90*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -712/*-89*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -704/*-88*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -696/*-87*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -688/*-86*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -680/*-85*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -672/*-84*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -664/*-83*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -656/*-82*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -648/*-81*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -640/*-80*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -632/*-79*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -624/*-78*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -616/*-77*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -608/*-76*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -600/*-75*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -592/*-74*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -584/*-73*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -576/*-72*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -568/*-71*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -560/*-70*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -552/*-69*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -544/*-68*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -536/*-67*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -528/*-66*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -520/*-65*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -512/*-64*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -504/*-63*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -496/*-62*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -488/*-61*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -480/*-60*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -472/*-59*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -464/*-58*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -456/*-57*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -448/*-56*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -440/*-55*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -432/*-54*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -424/*-53*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -416/*-52*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -408/*-51*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -400/*-50*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -392/*-49*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -384/*-48*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -376/*-47*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -368/*-46*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -360/*-45*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -352/*-44*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -344/*-43*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -336/*-42*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -328/*-41*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -320/*-40*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -312/*-39*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*copy from TRINITYL*/ { -304/*-38*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -296/*-37*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -288/*-36*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -280/*-35*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -272/*-34*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -264/*-33*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -136/*-17*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -128/*-16*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -120/*-15*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*copy from TRINITYL*/ } |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = //just copy |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*copy from TRINITYL*/ { |
| /*copy from TRINITYL */ (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), //max_gain |
| /*copy from TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*copy from TRINITYL */ { |
| /*copy from TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -816/*-102*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -808/*-101*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -800/*-100*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -792/*-99*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -784/*-98*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -776/*-97*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ // { -768/*-96*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*copy from TRINITYL*/ } |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*copy from TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*copy from TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*copy from TRINITYL*/ }; |
| /*copy from TRINITYL*/ #endif |
| /*TRINITYE1*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*TRINITYE1*/ {/*PWRRES:8*/ |
| /*TRINITYE1*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYE1*/ 0, // kal_uint8 seq_num |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYE1*/ 3, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYE1*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,52,-92,0,0,0}, |
| /*TRINITYE1*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYE1*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYE1*/ 0, // kal_uint8 seq_num |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYE1*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYE1*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect4***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-440,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-388,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYE1*/ {196,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYE1*/ {196,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYE1*/ {196,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect5***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYE1*/ 3, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYE1*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,52,-92,0,0,0}, |
| /*TRINITYE1*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYE1*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect6***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYE1*/ 3, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYE1*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,52,-92,0,0,0}, |
| /*TRINITYE1*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYE1*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYE1*/ 3, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYE1*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,52,-92,0,0,0}, |
| /*TRINITYE1*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYE1*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect8***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-576,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-434,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,1,1,1,0,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYE1*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYE1*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect9***************[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-434,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,1,1,1,0,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYE1*/ {196,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYE1*/ {196,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYE1*/ {196,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect10***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYE1*/ 0, // kal_uint8 seq_num |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect11***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYE1*/ 3, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-480,-360,-280,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYE1*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,52,-92,0,0,0}, |
| /*TRINITYE1*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYE1*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect12***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYE1*/ 0, // kal_uint8 seq_num |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect13***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYE1*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYE1*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect14***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-440,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-388,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{0,0,0,0,0,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {196,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYE1*/ {196,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYE1*/ {196,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect15***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{244,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{124,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect16***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-576,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-434,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{244,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{124,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect17***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{244,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{124,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect18***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-640,-616,-600,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{244,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{124,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect19***************[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{244,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {196,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{244,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{124,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {196,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect20***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-440,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-388,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{196,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{196,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect21***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-434,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{196,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{196,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect22***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-440,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-388,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{196,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{196,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect23***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-424,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-483,-388,-343,-248,-131,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{196,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {244,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {244,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{196,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {124,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ {/************slect24***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYE1*/ 5, // kal_uint8 seq_num |
| /*TRINITYE1*/ {-560,-480,-360,-280,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYE1*/ {-616,-600,-536,-440,-304,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYE1*/ {-435,-388,-341,-234,-123,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYE1*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYE1*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYE1*/ {{1,1,1,1,1,0}, |
| /*TRINITYE1*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYE1*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYE1*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYE1*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYE1*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYE1*/ {{196,100,-44,-140,-260,0}, |
| /*TRINITYE1*/ {196,100,-44,-140,-260,0}}, // kal_int16 gain_default |
| /*TRINITYE1*/ {-160, |
| /*TRINITYE1*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYE1*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYE1*/ {{196,100,52,-92,-188,0}, |
| /*TRINITYE1*/ {196,100,52,-92,-188,0}}, // kal_int16 gain_hbound |
| /*TRINITYE1*/ {{196,76,-68,-164,-308,0}, |
| /*TRINITYE1*/ {196,76,-68,-164,-308,0}}, // kal_int16 gain_lbound |
| /*TRINITYE1*/ }, |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ |
| /*TRINITYL*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE_ELNA_18dB[] = |
| /*TRINITYL*/ {/*PWRRES:8*/ |
| /*TRINITYL*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 0, // kal_uint8 seq_num |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYL*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,52,-92,0,0,0}, |
| /*TRINITYL*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYL*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 0, // kal_uint8 seq_num |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYL*/ {284,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYL*/ {284,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYL*/ {284,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect4***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYL*/ {236,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYL*/ {236,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYL*/ {236,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect5***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYL*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,52,-92,0,0,0}, |
| /*TRINITYL*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYL*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect6***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,0,0,0}, |
| /*TRINITYL*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYL*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,52,-92,0,0,0}, |
| /*TRINITYL*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYL*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,-44,-140,0,0,0}, |
| /*TRINITYL*/ {80,-40,-136,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,52,-92,0,0,0}, |
| /*TRINITYL*/ {104,56,-88,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,-68,-260,0,0,0}, |
| /*TRINITYL*/ {80,-64,-208,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect8***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYL*/ {284,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYL*/ {284,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYL*/ {284,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect9***************[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{100,100,-44,-140,-140,0}, |
| /*TRINITYL*/ {236,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{196,196,52,-92,-92,0}, |
| /*TRINITYL*/ {236,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{76,76,-68,-260,-260,0}, |
| /*TRINITYL*/ {236,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect10***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 0, // kal_uint8 seq_num |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect11***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{80,-40,-136,0,0,0}, |
| /*TRINITYL*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{104,56,-88,0,0,0}, |
| /*TRINITYL*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{80,-64,-208,0,0,0}, |
| /*TRINITYL*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect12***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 0, // kal_uint8 seq_num |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect13***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{200,80,-40,-136,-136,0}, |
| /*TRINITYL*/ {284,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{200,104,56,-88,-88,0}, |
| /*TRINITYL*/ {284,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{200,80,-64,-208,-208,0}, |
| /*TRINITYL*/ {284,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect14***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{200,80,-40,-136,-136,0}, |
| /*TRINITYL*/ {236,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{200,104,56,-88,-88,0}, |
| /*TRINITYL*/ {236,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{200,80,-64,-208,-208,0}, |
| /*TRINITYL*/ {236,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect15***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,116,20,-28,-100,0}, |
| /*TRINITYL*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect16***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,116,20,-28,-100,0}, |
| /*TRINITYL*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect17***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {200,80,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,116,20,-28,-100,0}, |
| /*TRINITYL*/ {200,104,56,-88,-88,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {200,80,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect18***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {284,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,116,20,-28,-100,0}, |
| /*TRINITYL*/ {284,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {284,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect19***************[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {236,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,116,20,-28,-100,0}, |
| /*TRINITYL*/ {236,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {236,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect20***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{236,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{236,116,20,-28,-100,0}, |
| /*TRINITYL*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{236,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect21***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{236,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{236,116,20,-28,-100,0}, |
| /*TRINITYL*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{236,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect22***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{236,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {200,80,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{236,116,20,-28,-100,0}, |
| /*TRINITYL*/ {200,104,56,-88,-88,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{236,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {200,80,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect23***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{236,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {284,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{236,116,20,-28,-100,0}, |
| /*TRINITYL*/ {284,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{236,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {284,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect24***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{236,68,-4,-52,-148,0}, |
| /*TRINITYL*/ {236,68,-4,-52,-148,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{236,116,20,-28,-100,0}, |
| /*TRINITYL*/ {236,116,20,-28,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{236,44,-4,-76,-244,0}, |
| /*TRINITYL*/ {236,44,-4,-76,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ }; |
| /*TRINITYE1*/ |
| /*TRINITYE1*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[5][5] = // need follow the value of enum L1D_ELNA_USAGE |
| /*TRINITYE1*/ { |
| /*TRINITYE1*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/,4 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/}, |
| /*TRINITYE1*/ {5 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,6 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,7 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,8 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/,9 /*[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/}, |
| /*TRINITYE1*/ {10 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,11 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,12 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,13 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/,14 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/}, |
| /*TRINITYE1*/ {15 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,16 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,17 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,18 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,19 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/}, |
| /*TRINITYE1*/ {20 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,21 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,22 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,23 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,24 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/}, |
| /*TRINITYE1*/ }; |
| /*TRINITYE1*/ const short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*TRINITYE1*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*TRINITYE1*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*TRINITYE1*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*TRINITYE1*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*TRINITYE1*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*TRINITYE1*/ }; |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| #endif |
| |
| #if IS_RF_TRINITYL |
| /*TRINITYL*/ |
| /*TRINITYL*/ #define GAIN_STEP 3 |
| /*TRINITYL*/ #define PVOFSL 34 |
| /*TRINITYL*/ #define PVOFSH 34 |
| /*TRINITYL*/ #define LPF2_DROP_GAIN ROUNDINT(3*(PWRRES)) |
| /*TRINITYL*/ #define TIA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*TRINITYL*/ #define LNA_DROP_GAIN ROUNDINT(6*(PWRRES)) |
| /*TRINITYL*/ #define HRD_LB_THRESHOLD ROUNDINT((44.6-PVOFSL)*(PWRRES)) |
| /*TRINITYL*/ #define HRD_HB_THRESHOLD ROUNDINT((44.6-PVOFSH)*(PWRRES)) |
| /*TRINITYL*/ #define IBBD_LB_THRESHOLD ROUNDINT((53.6-PVOFSL)*(PWRRES)) |
| /*TRINITYL*/ #define IBBD_HB_THRESHOLD ROUNDINT((53.6-PVOFSH)*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_MAXGAIN (( 62.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_MINGAIN (( -3.4-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_MAXGAIN (( 62.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_MINGAIN (( -3.4-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_MAXGAIN (( 62.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_MINGAIN (( -3.4-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_MAXGAIN (( 62.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_MINGAIN (( -3.4-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* GSM850....................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_GSM850[7] = |
| /*TRINITYL*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*TRINITYL*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*TRINITYL*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* GSM900....................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_GSM900[7] = |
| /*TRINITYL*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*TRINITYL*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*TRINITYL*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* DCS1800...................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_DCS1800[7] = |
| /*TRINITYL*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*TRINITYL*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*TRINITYL*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* PCS1900...................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_PCS1900[7] = |
| /*TRINITYL*/ { { GBOUND(( 59.6-PVOFSL ),( 56.6-PVOFSL ) ), GC_A( 7,( 59.6-PVOFSL ) ), BSI_CW(0x14E, 0x00006) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 47.6-PVOFSL ),( 44.6-PVOFSL ) ), GC_A( 5,( 47.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, |
| /*TRINITYL*/ { GBOUND(( 44.6-PVOFSL ),( 41.6-PVOFSL ) ), GC_A( 6,( 44.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001E) }, |
| /*TRINITYL*/ { GBOUND(( 29.6-PVOFSL ),( 26.6-PVOFSL ) ), GC_A( 3,( 29.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 5,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 5.6-PVOFSL ),( 2.6-PVOFSL ) ), GC_A( 3,( 5.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( -3.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -3.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*...........................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DGAINRANGE GAIN_RANGE_TABLE[] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_MAXGAIN, (int)RF_GSM850_MINGAIN }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_MAXGAIN, (int)RF_GSM_MINGAIN }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_MAXGAIN, (int)RF_DCS_MINGAIN }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_MAXGAIN, (int)RF_PCS_MINGAIN }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA *const AGC_TABLE[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ AGC_TABLE_GSM850, /* FrequencyBand850 */ |
| /*TRINITYL*/ AGC_TABLE_GSM900, /* FrequencyBand900 */ |
| /*TRINITYL*/ AGC_TABLE_DCS1800, /* FrequencyBand1800 */ |
| /*TRINITYL*/ AGC_TABLE_PCS1900, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ #define HRD_LB_THRESHOLD_ELNA ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*TRINITYL*/ #define HRD_HB_THRESHOLD_ELNA ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*TRINITYL*/ #define IBBD_LB_THRESHOLD_ELNA ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*TRINITYL*/ #define IBBD_HB_THRESHOLD_ELNA ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_MAXGAIN_ELNA (( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_MINGAIN_ELNA (( 8.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_MAXGAIN_ELNA (( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_MINGAIN_ELNA (( 8.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_MAXGAIN_ELNA (( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_MINGAIN_ELNA (( 8.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_MAXGAIN_ELNA (( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_MINGAIN_ELNA (( 8.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*TRINITYL*/ #define RF_GSM850_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_Sec0_GAIN_ELNA ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_Sec1_GAIN_ELNA ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_Sec0_BitNo_ELNA 8 |
| /*TRINITYL*/ #define RF_GSM850_Sec1_BitNo_ELNA 4 |
| /*TRINITYL*/ #define RF_GSM_Sec0_BitNo_ELNA 8 |
| /*TRINITYL*/ #define RF_GSM_Sec1_BitNo_ELNA 4 |
| /*TRINITYL*/ #define RF_DCS_Sec0_BitNo_ELNA 8 |
| /*TRINITYL*/ #define RF_DCS_Sec1_BitNo_ELNA 4 |
| /*TRINITYL*/ #define RF_PCS_Sec0_BitNo_ELNA 8 |
| /*TRINITYL*/ #define RF_PCS_Sec1_BitNo_ELNA 4 |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* GSM850....................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA [7] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* GSM900....................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA [7] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* DCS1800...................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA [7] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* PCS1900...................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA [7] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 8.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*...........................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA [] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_MAXGAIN_ELNA , (int)RF_GSM850_MINGAIN_ELNA }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_MAXGAIN_ELNA , (int)RF_GSM_MINGAIN_ELNA }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_MAXGAIN_ELNA , (int)RF_DCS_MINGAIN_ELNA }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_MAXGAIN_ELNA , (int)RF_PCS_MINGAIN_ELNA }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA *const AGC_TABLE_ELNA[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ AGC_TABLE_GSM850_ELNA, /* FrequencyBand850 */ |
| /*TRINITYL*/ AGC_TABLE_GSM900_ELNA, /* FrequencyBand900 */ |
| /*TRINITYL*/ AGC_TABLE_DCS1800_ELNA, /* FrequencyBand1800 */ |
| /*TRINITYL*/ AGC_TABLE_PCS1900_ELNA, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*TRINITYL*/ const sL1DSection GAIN_Sec0_ELNA [] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_Sec0_GAIN_ELNA , (int)RF_GSM850_Sec0_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_Sec0_GAIN_ELNA , (int)RF_GSM_Sec0_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_Sec0_GAIN_ELNA , (int)RF_DCS_Sec0_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_Sec0_GAIN_ELNA , (int)RF_PCS_Sec0_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*TRINITYL*/ const sL1DSection GAIN_Sec1_ELNA [] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_Sec1_GAIN_ELNA , (int)RF_GSM850_Sec1_BitNo_ELNA }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_Sec1_GAIN_ELNA , (int)RF_GSM_Sec1_BitNo_ELNA }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_Sec1_GAIN_ELNA , (int)RF_DCS_Sec1_BitNo_ELNA }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_Sec1_GAIN_ELNA , (int)RF_PCS_Sec1_BitNo_ELNA }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| #endif //IS_2G_EXTERNAL_LNA_SUPPORT |
| #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ #define HRD_LB_THRESHOLD_ELNA_BYPASS ROUNDINT((41.6-PVOFSL)*(PWRRES)) |
| /*TRINITYL*/ #define HRD_HB_THRESHOLD_ELNA_BYPASS ROUNDINT((41.6-PVOFSH)*(PWRRES)) |
| /*TRINITYL*/ #define IBBD_LB_THRESHOLD_ELNA_BYPASS ROUNDINT((50.6-PVOFSL)*(PWRRES)) |
| /*TRINITYL*/ #define IBBD_HB_THRESHOLD_ELNA_BYPASS ROUNDINT((50.6-PVOFSH)*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSL )*(PWRRES))/*Modify for BYPASS*/ |
| /*TRINITYL*/ #define RF_GSM_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSL )*(PWRRES))/*Modify for BYPASS*/ |
| /*TRINITYL*/ #define RF_DCS_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSH )*(PWRRES))/*Modify for BYPASS*/ |
| /*TRINITYL*/ #define RF_PCS_MAXGAIN_ELNA_BYPASS (( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_MINGAIN_ELNA_BYPASS (( -6.4-PVOFSH )*(PWRRES))/*Modify for BYPASS*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*The last group index for ON ELNA */ |
| /*TRINITYL*/ const unsigned short LAST_GROUP_FOR_ELNA_ON [5] = /* GSM400 GSM850 GSM900 DCS1800 PCS1900*/ |
| /*TRINITYL*/ {0, 6, 6, 6, 6}; |
| /*TRINITYL*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*Real RX gain and bitno for fixed RX gain setting, index = 0 or 1 of AGC_TABLE */ |
| /*TRINITYL*/ #define RF_GSM850_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSL )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_DCS_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_Sec0_GAIN_ELNA_BYPASS ROUNDINT(( 68.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_PCS_Sec1_GAIN_ELNA_BYPASS ROUNDINT(( 50.6-PVOFSH )*(PWRRES)) |
| /*TRINITYL*/ #define RF_GSM850_Sec0_BitNo_ELNA_BYPASS 8 |
| /*TRINITYL*/ #define RF_GSM850_Sec1_BitNo_ELNA_BYPASS 4 |
| /*TRINITYL*/ #define RF_GSM_Sec0_BitNo_ELNA_BYPASS 8 |
| /*TRINITYL*/ #define RF_GSM_Sec1_BitNo_ELNA_BYPASS 4 |
| /*TRINITYL*/ #define RF_DCS_Sec0_BitNo_ELNA_BYPASS 8 |
| /*TRINITYL*/ #define RF_DCS_Sec1_BitNo_ELNA_BYPASS 4 |
| /*TRINITYL*/ #define RF_PCS_Sec0_BitNo_ELNA_BYPASS 8 |
| /*TRINITYL*/ #define RF_PCS_Sec1_BitNo_ELNA_BYPASS 4 |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* GSM850....................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_GSM850_ELNA_BYPASS [9] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* GSM900....................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_GSM900_ELNA_BYPASS [9] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* DCS1800...................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_DCS1800_ELNA_BYPASS [9] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* PCS1900...................................................................*/ |
| /*TRINITYL*/ /*Need to fix RX gain setting for index = 0 and 1, w/o extrapolation */ |
| /*TRINITYL*/ const sL1DAGCDATA AGC_TABLE_PCS1900_ELNA_BYPASS [9] = |
| /*TRINITYL*/ { { GBOUND(( 68.6-PVOFSL ),( 50.6-PVOFSL ) ), GC_A( 8,( 68.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000E) }, // Orion+ has PRX1 & DRX1 (CW334 & CW336), use CW334 as defualt setting |
| /*TRINITYL*/ { GBOUND(( 50.6-PVOFSL ),( 47.6-PVOFSL ) ), GC_A( 4,( 50.6-PVOFSL ) ), BSI_CW(0x14E, 0x0000D) }, |
| /*TRINITYL*/ { GBOUND(( 41.6-PVOFSL ),( 38.6-PVOFSL ) ), GC_A( 3,( 41.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001D) }, |
| /*TRINITYL*/ { GBOUND(( 35.6-PVOFSL ),( 32.6-PVOFSL ) ), GC_A( 3,( 35.6-PVOFSL ) ), BSI_CW(0x14E, 0x0001C) }, |
| /*TRINITYL*/ { GBOUND(( 26.6-PVOFSL ),( 23.6-PVOFSL ) ), GC_A( 4,( 26.6-PVOFSL ) ), BSI_CW(0x14E, 0x00009) }, |
| /*TRINITYL*/ { GBOUND(( 17.6-PVOFSL ),( 14.6-PVOFSL ) ), GC_A( 3,( 17.6-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, |
| /*TRINITYL*/ { GBOUND(( 8.6-PVOFSL ),( 5.6-PVOFSL ) ), GC_A( 2,( 8.6-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -0.4-PVOFSL ),( -3.4-PVOFSL ) ), GC_A( 2,( -0.4-PVOFSL ) ), BSI_CW(0x14E, 0x00019) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ { GBOUND(( -6.4-PVOFSL ),( -6.4-PVOFSL ) ), GC_A( 2,( -6.4-PVOFSL ) ), BSI_CW(0x14E, 0x00039) }, /*Modify for BYPASS*/ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*...........................................................................*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DGAINRANGE GAIN_RANGE_TABLE_ELNA_BYPASS[] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_MAXGAIN_ELNA_BYPASS , (int)RF_GSM850_MINGAIN_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_MAXGAIN_ELNA_BYPASS , (int)RF_GSM_MINGAIN_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_MAXGAIN_ELNA_BYPASS , (int)RF_DCS_MINGAIN_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_MAXGAIN_ELNA_BYPASS , (int)RF_PCS_MINGAIN_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ const sL1DAGCDATA *const AGC_TABLE_ELNA_BYPASS[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ AGC_TABLE_GSM850_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYL*/ AGC_TABLE_GSM900_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYL*/ AGC_TABLE_DCS1800_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYL*/ AGC_TABLE_PCS1900_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /*Fix RX gain setting, w/o extrapolation for index = 0 of AGC_TABLE */ |
| /*TRINITYL*/ const sL1DSection GAIN_Sec0_ELNA_BYPASS [] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_Sec0_GAIN_ELNA_BYPASS , (int)RF_GSM850_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_Sec0_GAIN_ELNA_BYPASS , (int)RF_GSM_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_Sec0_GAIN_ELNA_BYPASS , (int)RF_DCS_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_Sec0_GAIN_ELNA_BYPASS , (int)RF_PCS_Sec0_BitNo_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ /*Fix RX gain setting, w/o extrapolation for index = 1 of AGC_TABLE */ |
| /*TRINITYL*/ const sL1DSection GAIN_Sec1_ELNA_BYPASS [] = |
| /*TRINITYL*/ { { 0, 0 }, /*#FrequencyBand400 */ |
| /*TRINITYL*/ { (int)RF_GSM850_Sec1_GAIN_ELNA_BYPASS , (int)RF_GSM850_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand850 */ |
| /*TRINITYL*/ { (int)RF_GSM_Sec1_GAIN_ELNA_BYPASS , (int)RF_GSM_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand900 */ |
| /*TRINITYL*/ { (int)RF_DCS_Sec1_GAIN_ELNA_BYPASS , (int)RF_DCS_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand1800 */ |
| /*TRINITYL*/ { (int)RF_PCS_Sec1_GAIN_ELNA_BYPASS , (int)RF_PCS_Sec1_BitNo_ELNA_BYPASS }, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| #endif //IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ int L1D_RF_GetGainSetting( int rf_band, int arfcn, int request_gain, long *gain_setting ) |
| /*TRINITYL*/ { int max_gain, min_gain, real_gain, blkr_group, l1_obb_flag = 0; |
| /*TRINITYL*/ const int* d32ptr; |
| /*TRINITYL*/ const sL1DAGCDATA* agcptr; |
| /*TRINITYL*/ sLNAGAINOFFSET* lnaptr; |
| /*TRINITYL*/ sAGCGAINOFFSET* ofsptr; |
| /*TRINITYL*/ long setting; |
| /*TRINITYL*/ int bit_no, idx, lna_path_loss, ibbd_threshold, hrd_threshold, ibb_group_threshold=0; |
| /*TRINITYL*/ //unsigned short L1D_chip_ver = L1D_RF_QUERY_CHIP_VERSION(); |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ unsigned short agcptr_idx = 0; //index of AGC table for fixing RX gain setting |
| /*TRINITYL*/ unsigned short is_elna_usage = (L1D_RF_Check_If_ExternalLNA( rf_band )>=L1D_ELNA_ALYWAYS_ON)?1:0; // check if using eLNA |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ unsigned short is_elna_bypass_usage = (L1D_RF_Check_If_ExternalLNA( rf_band )==L1D_ELNA_CAN_SWITCH)?1:0; // check if using eLNA Bypass |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ |
| /*TRINITYL*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*TRINITYL*/ sAGCLNAGAINOFFSET* ofsptr_offset; |
| /*TRINITYL*/ kal_uint16 rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_enable; |
| /*TRINITYL*/ kal_uint16 meta_rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_meta_enable; |
| /*TRINITYL*/ int lna_path_loss_offset = 0; |
| /*TRINITYL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ if( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ else if( is_elna_bypass_usage ) //For eLNA Bypass |
| /*TRINITYL*/ { |
| /*TRINITYL*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA_BYPASS: IBBD_HB_THRESHOLD_ELNA_BYPASS; |
| /*TRINITYL*/ ibb_group_threshold = 1; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ else if( is_elna_usage ) //For eLNA |
| /*TRINITYL*/ { |
| /*TRINITYL*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD_ELNA : IBBD_HB_THRESHOLD_ELNA; |
| /*TRINITYL*/ ibb_group_threshold = 1; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ else // no eLNA |
| /*TRINITYL*/ { |
| /*TRINITYL*/ ibbd_threshold = (rf_band<FrequencyBand1800) ? IBBD_LB_THRESHOLD : IBBD_HB_THRESHOLD; |
| /*TRINITYL*/ ibb_group_threshold = 1; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ |
| /*TRINITYL*/ if( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ else if( is_elna_bypass_usage ) //For eLNA Bypass |
| /*TRINITYL*/ { |
| /*TRINITYL*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA_BYPASS: HRD_HB_THRESHOLD_ELNA_BYPASS; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ else if( is_elna_usage ) //For eLNA |
| /*TRINITYL*/ { |
| /*TRINITYL*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD_ELNA : HRD_HB_THRESHOLD_ELNA; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ else // no eLNA |
| /*TRINITYL*/ { |
| /*TRINITYL*/ hrd_threshold = (rf_band<FrequencyBand1800) ? HRD_LB_THRESHOLD : HRD_HB_THRESHOLD; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ |
| /*TRINITYL*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*TRINITYL*/ if( l1d_rf.band < FrequencyBand1800 ) |
| /*TRINITYL*/ { l1_obb_flag = (l1d_rf.blk_flag & LB_OBB_FOUND) ? 1 : 0; } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { l1_obb_flag = (l1d_rf.blk_flag & HB_OBB_FOUND) ? 1 : 0; } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* evaluate the range of available gain */ |
| /*TRINITYL*/ if( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ else if ( is_elna_bypass_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA_BYPASS[rf_band]); |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ else if ( is_elna_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ d32ptr = (int*)&(GAIN_RANGE_TABLE_ELNA[rf_band]); |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ d32ptr = (int*)&(GAIN_RANGE_TABLE[rf_band]); |
| /*TRINITYL*/ } |
| /*TRINITYL*/ max_gain = *d32ptr++; |
| /*TRINITYL*/ min_gain = *d32ptr; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* D[12:10]: blkr_group used for IBB/HRD case if request_gain>=0, D[9:0]: request_gain for Normal case */ |
| /*TRINITYL*/ blkr_group = (request_gain>=0)?((request_gain>>10)&0x7):0; |
| /*TRINITYL*/ request_gain = (request_gain>=0)?(request_gain&0x3FF):request_gain; |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* Normal Mode: From Voltage_Gain to Power_Gain (Voltage_Gain comes from m11303.c)*/ |
| /*TRINITYL*/ /* Meta Mode: Bring Power_Gain directly*/ |
| /*TRINITYL*/ if((!L1D_CheckIfMetaMode())) |
| /*TRINITYL*/ { request_gain -= ((rf_band<FrequencyBand1800) ? (PVOFSL*PWRRES) : (PVOFSH*PWRRES)); } |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* clipping the request gain to the avialable gain */ |
| /*TRINITYL*/ if( request_gain>=max_gain ) |
| /*TRINITYL*/ { request_gain = max_gain; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else if( request_gain<=min_gain ) |
| /*TRINITYL*/ { request_gain = min_gain; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* choose the LNA path loss */ |
| /*TRINITYL*/ lnaptr = LNA_PATHLOSS_TABLE[rf_band]; |
| /*TRINITYL*/ /* get the arfcn section */ |
| /*TRINITYL*/ ofsptr = AGC_PATHLOSS_TABLE[rf_band]; |
| /*TRINITYL*/ while( ofsptr->max_arfcn>=0 ) |
| /*TRINITYL*/ { if( arfcn <= ofsptr->max_arfcn ) |
| /*TRINITYL*/ { break; } |
| /*TRINITYL*/ ofsptr++; |
| /*TRINITYL*/ lnaptr++; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ /* evaluate the real gain setting */ |
| /*TRINITYL*/ if( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ else if( is_elna_bypass_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ agcptr = AGC_TABLE_ELNA_BYPASS[rf_band]; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ else if( is_elna_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ agcptr = AGC_TABLE_ELNA[rf_band]; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ agcptr = AGC_TABLE[rf_band]; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ while( request_gain < agcptr->pos_gain ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ agcptr++; |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ agcptr_idx++; |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ { |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ if( is_elna_usage && (L1D_CheckIfMetaMode()) ) //Also for eLNA Bypass! |
| /*TRINITYL*/ {/* Special handling under META mode. Normal mode will use the exact gain listed in RX gain table*/ |
| /*TRINITYL*/ switch( agcptr_idx ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0: // Section0, fix RX gain setting w/o extrapolation |
| /*TRINITYL*/ bit_no = GAIN_Sec0_ELNA[rf_band].bitno; |
| /*TRINITYL*/ real_gain = GAIN_Sec0_ELNA[rf_band].real_gain; |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 1: // Section1, fix RX gain setting w/o extrapolation |
| /*TRINITYL*/ bit_no = GAIN_Sec1_ELNA[rf_band].bitno; |
| /*TRINITYL*/ real_gain = GAIN_Sec1_ELNA[rf_band].real_gain; |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ default: // Other sections |
| /*TRINITYL*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*TRINITYL*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ { |
| /*TRINITYL*/ bit_no = BIT_NO( request_gain, agcptr->A, GC_B ); |
| /*TRINITYL*/ real_gain = REAL_GAIN( bit_no, agcptr->A, GC_B ); |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ if( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT || IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*TRINITYL*/ else if( ((((l1d_rf.blk_flag)&(HRD_FOUND)) && (request_gain >= (hrd_threshold))) || (((l1d_rf.blk_flag)&(IBB_FOUND)) && ((request_gain >= (ibbd_threshold)) || (blkr_group<=(ibb_group_threshold)))) || (l1_obb_flag == 1)) && (blkr_group > 0) ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ if(is_elna_usage||is_elna_bypass_usage)//Also for eLNA Bypass! |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( blkr_group ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 1: |
| /*TRINITYL*/ setting = 0x1BD; |
| /*TRINITYL*/ real_gain = ROUNDINT(( 44.6-PVOFSL )*(PWRRES)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 2: |
| /*TRINITYL*/ setting = (agcptr->setting&0x3FFFFFC0)|((0x6)<<6)|(0x7<<3)|0x4; // reduce LNA/TIA, increase 3*LPF2 Gain |
| /*TRINITYL*/ real_gain-= (LNA_DROP_GAIN+TIA_DROP_GAIN-3*LPF2_DROP_GAIN); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( blkr_group ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 1: |
| /*TRINITYL*/ setting = 0x18D; |
| /*TRINITYL*/ real_gain = ROUNDINT(( 44.6-PVOFSL )*(PWRRES)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 2: |
| /*TRINITYL*/ setting = (agcptr->setting&0x3FFFFFC0)|(0x6<<6)|(0x3<<3)|0x5; // reduce LNA |
| /*TRINITYL*/ real_gain-= (LNA_DROP_GAIN); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ setting = agcptr->setting | ((bit_no&0xF)<<6); |
| /*TRINITYL*/ } |
| /*TRINITYL*/ idx = (int)(setting&0x7); |
| /*TRINITYL*/ if( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ else if( is_elna_bypass_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( idx ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 6: /* LNA_Utra_High : G6 */ |
| /*TRINITYL*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_high_sensitivity-ofsptr->gain_offset)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 5: /* LNA_High : G5 */ /*Base for path loss calibration*/ |
| /*TRINITYL*/ lna_path_loss = 0; |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 4: /* LNA_Middle : G4 */ /*ELNA cannot exist with sawless*/ |
| /*TRINITYL*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ default:/* LNA_Low : G1 */ |
| /*TRINITYL*/ if( agcptr_idx<=LAST_GROUP_FOR_ELNA_ON[rf_band] ) |
| /*TRINITYL*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*TRINITYL*/ else /* LNA_Low : G1 */ |
| /*TRINITYL*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low_maxpin-ofsptr->gain_offset)); } /*BYPASS*/ |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ else if( is_elna_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( idx ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 6: /* LNA_Utra_High : G6 */ |
| /*TRINITYL*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_high_sensitivity-ofsptr->gain_offset)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 5: /* LNA_High : G5 */ /*Base for path loss calibration*/ |
| /*TRINITYL*/ lna_path_loss = 0; |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ case 4: /* LNA_Middle : G4 */ /*ELNA cannot exist with sawless*/ |
| /*TRINITYL*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ default:/* LNA_Low : G1 */ |
| /*TRINITYL*/ lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*TRINITYL*/ { lna_path_loss = 0; } |
| /*TRINITYL*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*TRINITYL*/ { |
| /*TRINITYL*/ if( l1_obb_flag == 1 ) |
| /*TRINITYL*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle_sawless-ofsptr->gain_offset));} |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_middle-ofsptr->gain_offset));} |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else /* LNA_Low : G1*/ |
| /*TRINITYL*/ { lna_path_loss = (l1d_rf2.is_fhc) ? (0) : ((int)(lnaptr->gain_offset_low-ofsptr->gain_offset)); } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*TRINITYL*/ /* get the arfcn section */ |
| /*TRINITYL*/ ofsptr_offset = AGCLNA_PATHLOSS_OFFSET[rf_band]; |
| /*TRINITYL*/ while( ofsptr_offset->max_arfcn>=0 ) |
| /*TRINITYL*/ { if( arfcn <= ofsptr_offset->max_arfcn ) |
| /*TRINITYL*/ { break; } |
| /*TRINITYL*/ ofsptr_offset++; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ if( rx_power_offset_enable ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ if( ( L1D_CheckIfMetaMode() && ( meta_rx_power_offset_enable == 1 )) || // DUT In META mode and enable META mode compensation |
| /*TRINITYL*/ (L1D_CheckIfMetaMode() == 0) // DUT in normal mode, apply compensation |
| /*TRINITYL*/ ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ /*idx = (int)(((agcptr->setting)>>5)&0x7);*/ |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ if( is_elna_usage ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ if( idx==5 ) /* LNA_High : G5 */ |
| /*TRINITYL*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*TRINITYL*/ else if( idx==4 ) /* LNA_Middle : G4 */ |
| /*TRINITYL*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*TRINITYL*/ else /* LNA_Low : G1 */ |
| /*TRINITYL*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ { |
| /*TRINITYL*/ if( idx==6 ) /* LNA_High : G6 */ |
| /*TRINITYL*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset); } |
| /*TRINITYL*/ else if( idx==5 ) /* LNA_Middle : G5*/ |
| /*TRINITYL*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_middle); } |
| /*TRINITYL*/ else /* LNA_Low : G1*/ |
| /*TRINITYL*/ { lna_path_loss_offset = (int)(ofsptr_offset->gain_offset_low); } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ lna_path_loss_offset = 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ extern void L1D_RF_RPO_Trace( uint32 v1, uint32 v2, uint32 v3, uint32 v4, int32 v5, int32 v6 ); |
| /*TRINITYL*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, idx, rf_band, arfcn, lna_path_loss_offset); |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*TRINITYL*/ real_gain -= (lna_path_loss_offset+lna_path_loss); |
| /*TRINITYL*/ #else |
| /*TRINITYL*/ real_gain -= lna_path_loss;// choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*TRINITYL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #if IS_RSSI_TC_SUPPORT |
| /*TRINITYL*/ if(L1D_CheckIfMetaMode()==0) |
| /*TRINITYL*/ { real_gain-=L1D_RF_CompensateRXGain( l1d_rf.band ); } // Compensate RX Gain acoording to temperature when normal mode |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ if ( rf_band >= FrequencyBand1800 ) // gain boost for 1800MHz and higher |
| /*TRINITYL*/ { |
| /*TRINITYL*/ setting |= (0x1<<12)|(0x1<<11); // shold be done after taking out D[12:10]: blkr_group |
| /*TRINITYL*/ } |
| /*TRINITYL*/ *gain_setting = setting; |
| /*TRINITYL*/ if ( 0 ) |
| /*TRINITYL*/ { /* do nothing */ } |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ else if (is_elna_bypass_usage) //on or bypass |
| /*TRINITYL*/ { |
| /*TRINITYL*/ if( agcptr_idx<=LAST_GROUP_FOR_ELNA_ON[rf_band] ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_ON; //low input power |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_BYPASS; //high input power |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ else if (is_elna_usage) //always on |
| /*TRINITYL*/ { |
| /*TRINITYL*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_ON; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ else |
| /*TRINITYL*/ { |
| /*TRINITYL*/ l1d_rf.xwin_elna_status = MML1_ELNA_MODE_NULL; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ |
| /*TRINITYL*/ return( real_gain ); |
| /*TRINITYL*/ } |
| #if IS_W_CANCELLATION_SUPPORT |
| /*TRINITYL*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*TRINITYL*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); |
| /*TRINITYL*/ |
| /*TRINITYL*/ switch( elna_type ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case L1D_ELNA_UNUSED : |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1ECA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1EDA0: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1EFA8: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1DFA8: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1ED90: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1DF98: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1DFA0: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1DF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1DF88: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1CFA8: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1ED80: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1CD90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1BFA8: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1BFA0: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1BF98: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1BF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1BF88: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1DFA8: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1ED90: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1DD90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1CFA8: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1CFA0: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1CF98: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1CF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1CF88: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1CFA0: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1CF98: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1CF90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1CF88: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1BF90: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1BF88: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1AF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1BF98: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1DFA0: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1DF98: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1DF90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1DF88: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1CF90: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1CF88: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1BF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1CF98: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_ALYWAYS_ON : |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ { ASSERT(0); //table is not define! |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #if IS_2G_RXD_SUPPORT |
| /*TRINITYL*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*TRINITYL*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); |
| /*TRINITYL*/ |
| /*TRINITYL*/ switch( elna_type ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case L1D_ELNA_UNUSED : |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1ECA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1EDA0: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1EFA8: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1DFA8: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1ED90: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1DF98: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1DFA0: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1DF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1DF88: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1CFA8: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1ED80: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1CD90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1BFA8: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1BFA0: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1BF98: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1BF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1BF88: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1DFA8: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1ED90: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1DD90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1CFA8: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1CFA0: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1CF98: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1CF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1CF88: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1CFA0: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1CF98: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1CF90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1CF88: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1BF90: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1BF88: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1AF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1BF98: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*TRINITYL*/ { |
| /*TRINITYL*/ switch( gain_step ) |
| /*TRINITYL*/ { |
| /*TRINITYL*/ case 0x1EDA8: |
| /*TRINITYL*/ return 9; |
| /*TRINITYL*/ case 0x1DFA0: |
| /*TRINITYL*/ return 8; |
| /*TRINITYL*/ case 0x1DF98: |
| /*TRINITYL*/ return 7; |
| /*TRINITYL*/ case 0x1DF90: |
| /*TRINITYL*/ return 6; |
| /*TRINITYL*/ case 0x1DF88: |
| /*TRINITYL*/ return 5; |
| /*TRINITYL*/ case 0x1CF90: |
| /*TRINITYL*/ return 4; |
| /*TRINITYL*/ case 0x1CF88: |
| /*TRINITYL*/ return 3; |
| /*TRINITYL*/ case 0x1BF90: |
| /*TRINITYL*/ return 2; |
| /*TRINITYL*/ case 0x1CF98: |
| /*TRINITYL*/ return 1; |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ return 0; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ break; |
| /*TRINITYL*/ } |
| /*TRINITYL*/ case L1D_ELNA_ALYWAYS_ON : |
| /*TRINITYL*/ default: |
| /*TRINITYL*/ { ASSERT(0); //table is not define! |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ } |
| /*TRINITYL*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 55.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 55.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 55.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -816/*-102*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -808/*-101*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -800/*-100*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -792/*-99*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -784/*-98*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -776/*-97*/, (Gain)(ROUNDINT(( 64.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -768/*-96*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 58.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 55.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 55.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 55.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 52.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 49.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 46.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 43.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 40.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 37.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 34.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 31.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 28.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 25.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 22.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 19.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 16.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 13.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 10.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 7.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand850 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand900 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1800 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand850 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand900 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1800 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand850 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand900 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1800 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_MTCHING_ELNA_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand850 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand900 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1800 */ |
| /*TRINITYL*/ NULL, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS= //13.5 dB ELNA |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS= //13.5 dB ELNA |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_BYPASS= //13.5 dB ELNA |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| #if 0 |
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| #endif |
| /*TRINITYL*/ #endif |
| /*TRINITYL*/ #if IS_2G_EXTERNAL_LNA_BYPASS_WIDE_BAND_MATCHING_SUPPORT |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ -920/*-115*/, //min_predict_power |
| /*TRINITYL */ -40/*-5*/, //min_predict_power |
| /*TRINITYL */ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*TRINITYL */ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -816/*-102*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -808/*-101*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -800/*-100*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -792/*-99*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -784/*-98*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -776/*-97*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -768/*-96*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*TRINITYL*/ { |
| /*TRINITYL */ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*TRINITYL */ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*TRINITYL */ { |
| /*TRINITYL */ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -816/*-102*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -808/*-101*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -800/*-100*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -792/*-99*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -784/*-98*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -776/*-97*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ // { -768/*-96*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -760/*-95*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -752/*-94*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL */ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES)))}, |
| /*TRINITYL*/ } |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const sL1DAGCINVERSEDATA *const AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*TRINITYL*/ { 0, /*#FrequencyBand400 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*TRINITYL*/ &AGC_TABLE_INVERSE_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ #endif |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| |
| /*TRINITYL*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*TRINITYL*/ {/*PWRRES:8*/ |
| /*TRINITYL*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 0, // kal_uint8 seq_num |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,4,-92,0,0,0}, |
| /*TRINITYL*/ {148,4,-92,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,100,-44,0,0,0}, |
| /*TRINITYL*/ {244,100,-44,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,-20,-212,0,0,0}, |
| /*TRINITYL*/ {124,-20,-212,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 4, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,0,0}, |
| /*TRINITYL*/ {248,128,8,-88,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,0,0}, |
| /*TRINITYL*/ {248,152,104,-40,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,0,0}, |
| /*TRINITYL*/ {248,128,-16,-160,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect4***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect5***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect6***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,0,0,0,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,0,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,4,-92,0,0,0}, |
| /*TRINITYL*/ {148,4,-92,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,100,-44,0,0,0}, |
| /*TRINITYL*/ {244,100,-44,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,-20,-212,0,0,0}, |
| /*TRINITYL*/ {124,-20,-212,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect8***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 3, // kal_uint8 seq_num |
| /*TRINITYL*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,0,0,0}, |
| /*TRINITYL*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,4,-92,0,0,0}, |
| /*TRINITYL*/ {148,4,-92,0,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,100,-44,0,0,0}, |
| /*TRINITYL*/ {244,100,-44,0,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,-20,-212,0,0,0}, |
| /*TRINITYL*/ {124,-20,-212,0,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect9***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 4, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-434,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,0,0}, |
| /*TRINITYL*/ {248,128,8,-88,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,0,0}, |
| /*TRINITYL*/ {248,152,104,-40,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,0,0}, |
| /*TRINITYL*/ {248,128,-16,-160,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect10***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect11***************[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect12***************[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect13***************[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{0,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{148,148,4,-92,-92,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{244,244,100,-44,-44,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{124,124,-20,-212,-212,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect14***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 4, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,0,0}, |
| /*TRINITYL*/ {148,148,4,-92,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,0,0}, |
| /*TRINITYL*/ {244,244,100,-44,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,0,0}, |
| /*TRINITYL*/ {124,124,-20,-212,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect15***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 4, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-434,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,0,0}, |
| /*TRINITYL*/ {148,148,4,-92,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,0,0}, |
| /*TRINITYL*/ {244,244,100,-44,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,0,0}, |
| /*TRINITYL*/ {124,124,-20,-212,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect16***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 4, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,0,0}, |
| /*TRINITYL*/ {248,128,8,-88,0,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,0,0}, |
| /*TRINITYL*/ {248,152,104,-40,0,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,0,0}, |
| /*TRINITYL*/ {248,128,-16,-160,0,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect17***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,-88,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-40,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,-160,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect18***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,-88,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-40,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,-160,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect19***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,-88,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-40,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,-160,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect20***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,0,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-88,-88,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-40,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-160,-160,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect21***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect22***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect23***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect24***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect25***************[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect26***************[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect27***************[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{296,128,8,-64,-100,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{296,152,104,-40,-100,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{296,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect28***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect29***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect30***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect31***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect32***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect33***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect34***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{248,128,8,-64,-100,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{248,152,104,-40,-100,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{248,128,-16,-64,-244,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect35***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect36***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect37***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect38***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect39***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect40***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect41***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{332,116,44,-4,-100,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{332,164,68,20,-52,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{332,92,44,-28,-196,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect42***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect43***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect44***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect45***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect46***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect47***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ {/************slect48***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*TRINITYL*/ 5, // kal_uint8 seq_num |
| /*TRINITYL*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*TRINITYL*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*TRINITYL*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*TRINITYL*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*TRINITYL*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*TRINITYL*/ {{1,1,1,1,1,0}, |
| /*TRINITYL*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*TRINITYL*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*TRINITYL*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*TRINITYL*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*TRINITYL*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*TRINITYL*/ {{284,116,44,-4,-100,0}, |
| /*TRINITYL*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*TRINITYL*/ {-160, |
| /*TRINITYL*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*TRINITYL*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*TRINITYL*/ {{284,164,68,20,-52,0}, |
| /*TRINITYL*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*TRINITYL*/ {{284,92,44,-28,-196,0}, |
| /*TRINITYL*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*TRINITYL*/ }, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ |
| /*TRINITYL*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[7][7] = // need follow the value of enum L1D_ELNA_USAGE |
| /*TRINITYL*/ { |
| /*TRINITYL*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/,4 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,5 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,6 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ {7 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,8 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,9 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,10 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/,11 /*[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,12 /*[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,13 /*[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ {14 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,15 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,16 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,17 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/,18 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,19 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,20 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ {21 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,22 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,23 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,24 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,25 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,26 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,27 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ {28 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,29 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,30 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,31 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,32 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,33 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,34 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ {35 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,36 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,37 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,38 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,39 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,40 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,41 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ {42 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,43 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,44 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,45 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,46 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,47 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,48 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*TRINITYL*/ }; |
| /*TRINITYL*/ const short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*TRINITYL*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*TRINITYL*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*TRINITYL*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*TRINITYL*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*TRINITYL*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*TRINITYL*/ }; |
| #endif |
| |
| #if IS_RF_MT6186 |
| /*MT6186*/ |
| /*MT6186*/ #define GAIN_STEP 3 |
| /*MT6186*/ #define PVOFSL 34 |
| /*MT6186*/ #define PVOFSH 34 |
| /*MT6186*/ |
| |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6186*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6186*/ { |
| /*MT6186*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6186*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); |
| /*MT6186*/ |
| /*MT6186*/ switch( elna_type ) |
| /*MT6186*/ { |
| /*MT6186*/ case L1D_ELNA_UNUSED : |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x1DF88: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x1DF90: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x1DF98: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x1DFA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x1DFA8: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x1ED90: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x1EDA0: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1EDA8: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x1EFA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1ECA8: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x5CFA8: |
| /*MT6186*/ return 13; |
| /*MT6186*/ case 0x5BF88: |
| /*MT6186*/ return 12; |
| /*MT6186*/ case 0x5BF90: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5BF98: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5BFA0: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5BFA8: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5BDA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x5CD90: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x5CD98: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x5CDA0: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1ED88: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5BDA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1ED98: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x5CDA0: |
| /*MT6186*/ return 12; |
| /*MT6186*/ case 0x5DFA8: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5CF88: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5CF90: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5CF98: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5CFA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x5CFA8: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x5DD90: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x5DDA0: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1ED98: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5DD98: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1EDA8: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x1AF90: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5BF88: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5BF90: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5BF98: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5BFA8: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x5BFA0: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x1CD88: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x1CD90: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1CD98: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5BDA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1ED90: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x1BF90: |
| /*MT6186*/ return 12; |
| /*MT6186*/ case 0x5CF88: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5CF90: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5CF98: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5CFA8: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5CFA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x1DD88: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x1DD90: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x1DD98: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1ED90: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5CDA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1EDA0: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_ALYWAYS_ON : |
| /*MT6186*/ default: |
| /*MT6186*/ { ASSERT(0); //table is not define! |
| /*MT6186*/ } |
| /*MT6186*/ } |
| /*MT6186*/ } |
| /*MT6186*/ #if IS_2G_RXD_SUPPORT |
| /*MT6186*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6186*/ { |
| /*MT6186*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6186*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); |
| /*MT6186*/ |
| /*MT6186*/ switch( elna_type ) |
| /*MT6186*/ { |
| /*MT6186*/ case L1D_ELNA_UNUSED : |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x1DF88: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x1DF90: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x1DF98: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x1DFA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x1DFA8: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x1ED90: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x1EDA0: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1EDA8: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x1EFA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1ECA8: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x5CFA8: |
| /*MT6186*/ return 13; |
| /*MT6186*/ case 0x5BF88: |
| /*MT6186*/ return 12; |
| /*MT6186*/ case 0x5BF90: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5BF98: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5BFA0: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5BFA8: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5BDA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x5CD90: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x5CD98: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x5CDA0: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1ED88: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5BDA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1ED98: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x5CDA0: |
| /*MT6186*/ return 12; |
| /*MT6186*/ case 0x5DFA8: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5CF88: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5CF90: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5CF98: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5CFA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x5CFA8: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x5DD90: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x5DDA0: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1ED98: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5DD98: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1EDA8: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x1AF90: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5BF88: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5BF90: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5BF98: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5BFA8: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x5BFA0: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x1CD88: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x1CD90: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1CD98: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5BDA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1ED90: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*MT6186*/ { |
| /*MT6186*/ switch( gain_step ) |
| /*MT6186*/ { |
| /*MT6186*/ case 0x1BF90: |
| /*MT6186*/ return 12; |
| /*MT6186*/ case 0x5CF88: |
| /*MT6186*/ return 11; |
| /*MT6186*/ case 0x5CF90: |
| /*MT6186*/ return 10; |
| /*MT6186*/ case 0x5CF98: |
| /*MT6186*/ return 9; |
| /*MT6186*/ case 0x5CFA8: |
| /*MT6186*/ return 8; |
| /*MT6186*/ case 0x5CFA0: |
| /*MT6186*/ return 7; |
| /*MT6186*/ case 0x1DD88: |
| /*MT6186*/ return 6; |
| /*MT6186*/ case 0x1DD90: |
| /*MT6186*/ return 5; |
| /*MT6186*/ case 0x1DD98: |
| /*MT6186*/ return 4; |
| /*MT6186*/ case 0x1ED90: |
| /*MT6186*/ return 3; |
| /*MT6186*/ case 0x5CDA8: |
| /*MT6186*/ return 2; |
| /*MT6186*/ case 0x1EDA0: |
| /*MT6186*/ return 1; |
| /*MT6186*/ default: |
| /*MT6186*/ return 0; |
| /*MT6186*/ } |
| /*MT6186*/ break; |
| /*MT6186*/ } |
| /*MT6186*/ case L1D_ELNA_ALYWAYS_ON : |
| /*MT6186*/ default: |
| /*MT6186*/ { ASSERT(0); //table is not define! |
| /*MT6186*/ } |
| /*MT6186*/ } |
| /*MT6186*/ } |
| /*MT6186*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ NULL, /* FrequencyBand850 */ |
| /*MT6186*/ NULL, /* FrequencyBand900 */ |
| /*MT6186*/ NULL, /* FrequencyBand1800 */ |
| /*MT6186*/ NULL, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ NULL, /* FrequencyBand850 */ |
| /*MT6186*/ NULL, /* FrequencyBand900 */ |
| /*MT6186*/ NULL, /* FrequencyBand1800 */ |
| /*MT6186*/ NULL, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ #endif |
| /*MT6186*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS= //13.5 dB ELNA |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED88), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED88), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED88), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS= //13.5 dB ELNA |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //min_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_LB= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_HB= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_LB, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_LB, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_HB, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_HB, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //min_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_LB, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_LB, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_HB, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_HB, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ #endif |
| /*MT6186*/ #if IS_2G_EXTERNAL_LNA_BYPASS_WIDE_BAND_MATCHING_SUPPORT |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //min_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LB= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_HB= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //max_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LB, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LB, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_HB, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_HB, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*MT6186*/ { |
| /*MT6186*/ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186*/ -920/*-115*/, //min_predict_power |
| /*MT6186*/ -40/*-5*/, //min_predict_power |
| /*MT6186*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186*/ { |
| /*MT6186*/ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -816/*-102*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -808/*-101*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -800/*-100*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -792/*-99*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -784/*-98*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -776/*-97*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -768/*-96*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -760/*-95*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -752/*-94*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186*/ } |
| /*MT6186*/ }; |
| /*MT6186*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LB, /* FrequencyBand850 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LB, /* FrequencyBand900 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_HB, /* FrequencyBand1800 */ |
| /*MT6186*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_HB, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| /*MT6186*/ #endif |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| |
| /*MT6186*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6186*/ {/*PWRRES:8*/ |
| /*MT6186*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 0, // kal_uint8 seq_num |
| /*MT6186*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 3, // kal_uint8 seq_num |
| /*MT6186*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-387,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{100,-44,-140,0,0,0}, |
| /*MT6186*/ {116,44,-4,0,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{196,52,-92,0,0,0}, |
| /*MT6186*/ {236,92,-52,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{76,-68,-260,0,0,0}, |
| /*MT6186*/ {116,-28,-196,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 4, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{100,100,-44,-140,0,0}, |
| /*MT6186*/ {200,120,-40,-136,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{196,196,52,-92,0,0}, |
| /*MT6186*/ {200,120,120,-88,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{76,76,-68,-260,0,0}, |
| /*MT6186*/ {200,48,-64,-208,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-372,-327,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{196,196,52,-92,-92,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect4***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{196,196,52,-92,-92,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect5***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{196,196,52,-92,-92,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect6***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-624,-616,-600,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,0,0,0,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{196,196,52,-92,-92,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 3, // kal_uint8 seq_num |
| /*MT6186*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-387,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,0,0,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,44,-4,0,0,0}, |
| /*MT6186*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,92,-52,0,0,0}, |
| /*MT6186*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,-28,-196,0,0,0}, |
| /*MT6186*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect8***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 3, // kal_uint8 seq_num |
| /*MT6186*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-387,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,0,0,0}, |
| /*MT6186*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,44,-4,0,0,0}, |
| /*MT6186*/ {116,44,-4,0,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,92,-52,0,0,0}, |
| /*MT6186*/ {236,92,-52,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,-28,-196,0,0,0}, |
| /*MT6186*/ {116,-28,-196,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect9***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 4, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,116,44,-4,0,0}, |
| /*MT6186*/ {200,120,-40,-136,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,236,92,-52,0,0}, |
| /*MT6186*/ {200,120,120,-88,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,116,-28,-196,0,0}, |
| /*MT6186*/ {200,48,-64,-208,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect10***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-576,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-387,-340,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,116,44,-4,-4,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,236,92,-52,-52,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect11***************[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,116,44,-4,-4,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,236,92,-52,-52,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect12***************[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,116,44,-4,-4,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,236,92,-52,-52,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect13***************[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-576,-352,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{0,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{116,116,44,-4,-4,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{236,236,92,-52,-52,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect14***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 4, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,0,0}, |
| /*MT6186*/ {100,100,-44,-140,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,0,0}, |
| /*MT6186*/ {196,196,52,-92,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,0,0}, |
| /*MT6186*/ {76,76,-68,-260,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect15***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 4, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,0,0}, |
| /*MT6186*/ {116,116,44,-4,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,0,0}, |
| /*MT6186*/ {236,236,92,-52,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,0,0}, |
| /*MT6186*/ {116,116,-28,-196,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect16***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 4, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,0,0}, |
| /*MT6186*/ {200,120,-40,-136,0,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,0,0}, |
| /*MT6186*/ {200,120,120,-88,0,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,0,0}, |
| /*MT6186*/ {200,48,-64,-208,0,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect17***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-388,-341,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,-88,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect18***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,-88,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect19***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,-88,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect20***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,0,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{200,120,120,-88,-88,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect21***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-372,-327,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect22***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-576,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-387,-340,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect23***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-388,-341,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect24***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-372,-327,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect25***************[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect26***************[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect27***************[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect28***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect29***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect30***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect31***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect32***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect33***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect34***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{120,120,48,0,-72,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{240,168,96,-48,-96,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect35***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect36***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect37***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect38***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect39***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect40***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect41***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect42***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-624,-616,-600,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect43***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-576,-352,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect44***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-616,-600,-536,-400,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect45***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect46***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect47***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ {/************slect48***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186*/ 5, // kal_uint8 seq_num |
| /*MT6186*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186*/ {-640,-624,-616,-600,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186*/ {{1,1,1,1,1,0}, |
| /*MT6186*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186*/ {{132,132,60,12,-96,0}, |
| /*MT6186*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186*/ {-160, |
| /*MT6186*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186*/ {{252,180,132,12,-72,0}, |
| /*MT6186*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186*/ {{204,132,36,-36,-192,0}, |
| /*MT6186*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186*/ }, |
| /*MT6186*/ }; |
| /*MT6186*/ |
| /*MT6186*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[7][7] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6186*/ { |
| /*MT6186*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/,4 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,5 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,6 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ {7 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,8 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,9 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,10 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/,11 /*[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,12 /*[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,13 /*[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ {14 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,15 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,16 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,17 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/,18 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,19 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,20 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ {21 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,22 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,23 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,24 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,25 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,26 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,27 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ {28 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,29 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,30 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,31 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,32 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,33 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,34 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ {35 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,36 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,37 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,38 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,39 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,40 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,41 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ {42 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,43 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,44 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,45 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,46 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,47 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,48 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186*/ }; |
| /*MT6186*/ const unsigned short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6186*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6186*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6186*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6186*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6186*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6186*/ }; |
| #endif |
| |
| #if IS_RF_MT6186M |
| #if IS_2G_WITHOUT_MATCHING_NETWORK_SUPPORT |
| /*MT6186M*/ |
| /*MT6186M*/ #define GAIN_STEP 3 |
| /*MT6186M*/ #define PVOFSL 34 |
| /*MT6186M*/ #define PVOFSH 34 |
| /*MT6186M*/ |
| |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6186M*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6186M*/ { |
| /*MT6186M*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6186M*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); |
| /*MT6186M*/ |
| /*MT6186M*/ switch( elna_type ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case L1D_ELNA_UNUSED : |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1DF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x1DF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x1DF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1DFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1DFA8: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1EDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1EDA8: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1EFA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ECA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x5CF80: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5DD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5DD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5DD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5DDA0: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5DDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1BF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x1BF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x1BF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1BFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CD90: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1BFA8: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1BDA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5CDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1AF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF80: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1CD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1CD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1CD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5DD98: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5DDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1AF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF80: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA8: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5CD90: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5CDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_ALYWAYS_ON : |
| /*MT6186M*/ default: |
| /*MT6186M*/ { ASSERT(0); //table is not define! |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ #if IS_2G_RXD_SUPPORT |
| /*MT6186M*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6186M*/ { |
| /*MT6186M*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6186M*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); |
| /*MT6186M*/ |
| /*MT6186M*/ switch( elna_type ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case L1D_ELNA_UNUSED : |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1DF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x1DF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x1DF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1DFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1DFA8: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1EDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1EDA8: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1EFA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ECA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x5CF80: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5DD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5DD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5DD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5DDA0: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5DDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1BF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x1BF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x1BF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1BFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CD90: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1BFA8: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1BDA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5CDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1AF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF80: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1CD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1CD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1CD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5DD98: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5DDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1AF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF80: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA8: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5CD90: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x5CDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_ALYWAYS_ON : |
| /*MT6186M*/ default: |
| /*MT6186M*/ { ASSERT(0); //table is not define! |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ NULL, /* FrequencyBand850 */ |
| /*MT6186M*/ NULL, /* FrequencyBand900 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1800 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ NULL, /* FrequencyBand850 */ |
| /*MT6186M*/ NULL, /* FrequencyBand900 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1800 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #endif |
| /*MT6186M*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS= //13.5 dB ELNA |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 61-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS= //13.5 dB ELNA |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS= |
| /*MT6186M*/ { |
| /*MT6186M*/ |
| /*MT6186M*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #endif |
| /*MT6186M*/ #if IS_2G_EXTERNAL_LNA_BYPASS_WIDE_BAND_MATCHING_SUPPORT |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #endif |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| |
| /*MT6186M*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6186M*/ {/*PWRRES:8*/ |
| /*MT6186M*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 0, // kal_uint8 seq_num |
| /*MT6186M*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 3, // kal_uint8 seq_num |
| /*MT6186M*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,4,-92,0,0,0}, |
| /*MT6186M*/ {148,4,-92,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,100,-44,0,0,0}, |
| /*MT6186M*/ {244,100,-44,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,-20,-212,0,0,0}, |
| /*MT6186M*/ {124,-20,-212,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,0,0}, |
| /*MT6186M*/ {248,128,8,-88,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,0,0}, |
| /*MT6186M*/ {248,152,104,-40,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,0,0}, |
| /*MT6186M*/ {248,128,-16,-160,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect4***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect5***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect6***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 3, // kal_uint8 seq_num |
| /*MT6186M*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,4,-92,0,0,0}, |
| /*MT6186M*/ {148,4,-92,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,100,-44,0,0,0}, |
| /*MT6186M*/ {244,100,-44,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,-20,-212,0,0,0}, |
| /*MT6186M*/ {124,-20,-212,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect8***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 3, // kal_uint8 seq_num |
| /*MT6186M*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-434,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,0,0,0}, |
| /*MT6186M*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,4,-92,0,0,0}, |
| /*MT6186M*/ {148,4,-92,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,100,-44,0,0,0}, |
| /*MT6186M*/ {244,100,-44,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,-20,-212,0,0,0}, |
| /*MT6186M*/ {124,-20,-212,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect9***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-434,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,0,0}, |
| /*MT6186M*/ {248,128,8,-88,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,0,0}, |
| /*MT6186M*/ {248,152,104,-40,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,0,0}, |
| /*MT6186M*/ {248,128,-16,-160,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect10***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect11***************[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect12***************[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect13***************[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{148,148,4,-92,-92,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{244,244,100,-44,-44,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{124,124,-20,-212,-212,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect14***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,0,0}, |
| /*MT6186M*/ {148,148,4,-92,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,0,0}, |
| /*MT6186M*/ {244,244,100,-44,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,0,0}, |
| /*MT6186M*/ {124,124,-20,-212,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect15***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-434,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,0,0}, |
| /*MT6186M*/ {148,148,4,-92,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,0,0}, |
| /*MT6186M*/ {244,244,100,-44,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,0,0}, |
| /*MT6186M*/ {124,124,-20,-212,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect16***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,0,0}, |
| /*MT6186M*/ {248,128,8,-88,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,0,0}, |
| /*MT6186M*/ {248,152,104,-40,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,0,0}, |
| /*MT6186M*/ {248,128,-16,-160,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect17***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,-88,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-40,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,-160,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect18***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,-88,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-40,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,-160,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect19***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,-88,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-40,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,-160,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect20***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-88,-88,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-40,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-160,-160,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect21***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect22***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect23***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect24***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect25***************[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect26***************[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect27***************[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{296,128,8,-64,-100,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{296,152,104,-40,-100,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{296,128,-16,-64,-244,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect28***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect29***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect30***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect31***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect32***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect33***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect34***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{248,128,8,-64,-100,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{248,152,104,-40,-100,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{248,128,-16,-64,-244,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect35***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect36***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-434,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect37***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect38***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect39***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect40***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect41***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{332,116,44,-4,-100,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{332,164,68,20,-52,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{332,92,44,-28,-196,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect42***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect43***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-434,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {148,148,4,-92,-92,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {244,244,100,-44,-44,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {124,124,-20,-212,-212,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect44***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {248,128,8,-88,-88,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {248,152,104,-40,-40,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {248,128,-16,-160,-160,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect45***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {296,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {296,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {296,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect46***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {248,128,8,-64,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {248,152,104,-40,-100,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {248,128,-16,-64,-244,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect47***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {332,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {332,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {332,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect48***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-488,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-432,-392,-365,-269,-156,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{284,116,44,-4,-100,0}, |
| /*MT6186M*/ {284,116,44,-4,-100,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{284,164,68,20,-52,0}, |
| /*MT6186M*/ {284,164,68,20,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{284,92,44,-28,-196,0}, |
| /*MT6186M*/ {284,92,44,-28,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ }; |
| /*MT6186M*/ |
| /*MT6186M*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[7][7] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6186M*/ { |
| /*MT6186M*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/,4 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,5 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,6 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {7 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,8 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,9 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,10 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/,11 /*[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,12 /*[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,13 /*[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {14 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,15 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,16 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,17 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/,18 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,19 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,20 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {21 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,22 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,23 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,24 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,25 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,26 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,27 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {28 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,29 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,30 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,31 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,32 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,33 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,34 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {35 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,36 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,37 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,38 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,39 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,40 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,41 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {42 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,43 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,44 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,45 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,46 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,47 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,48 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ }; |
| /*MT6186M*/ const unsigned short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6186M*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6186M*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6186M*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6186M*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6186M*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| #else |
| /*MT6186M*/ |
| /*MT6186M*/ #define GAIN_STEP 3 |
| /*MT6186M*/ #define PVOFSL 34 |
| /*MT6186M*/ #define PVOFSH 34 |
| /*MT6186M*/ |
| |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6186M*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6186M*/ { |
| /*MT6186M*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6186M*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); |
| /*MT6186M*/ |
| /*MT6186M*/ switch( elna_type ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case L1D_ELNA_UNUSED : |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1DF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x1DF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x1DF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1DFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1DFA8: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1EDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1EDA8: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1EFA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ECA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x5BF88: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5BF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5BF98: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5BFA0: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5BFA8: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5BDA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CD90: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1ED88: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5BDA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ED98: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CFA8: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5DD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5DDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1ED98: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5DD98: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1EDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1AF98: |
| /*MT6186M*/ return 15; |
| /*MT6186M*/ case 0x1AF90: |
| /*MT6186M*/ return 14; |
| /*MT6186M*/ case 0x5BF88: |
| /*MT6186M*/ return 13; |
| /*MT6186M*/ case 0x1AFA0: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5BF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5BF98: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5BFA0: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5BFA8: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1BFA8: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1CD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1CD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1CD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1CD80: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1AFA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1CFA0: |
| /*MT6186M*/ return 17; |
| /*MT6186M*/ case 0x1CFA8: |
| /*MT6186M*/ return 16; |
| /*MT6186M*/ case 0x1BF98: |
| /*MT6186M*/ return 15; |
| /*MT6186M*/ case 0x1BFA0: |
| /*MT6186M*/ return 14; |
| /*MT6186M*/ case 0x1BFA8: |
| /*MT6186M*/ return 13; |
| /*MT6186M*/ case 0x1BF90: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CFA8: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1DD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1DD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1DD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1EDA0: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_ALYWAYS_ON : |
| /*MT6186M*/ default: |
| /*MT6186M*/ { ASSERT(0); //table is not define! |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ #if IS_2G_RXD_SUPPORT |
| /*MT6186M*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6186M*/ { |
| /*MT6186M*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6186M*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); |
| /*MT6186M*/ |
| /*MT6186M*/ switch( elna_type ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case L1D_ELNA_UNUSED : |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1DF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x1DF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x1DF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1DFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1DFA8: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1EDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1EDA8: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1EFA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ECA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x5BF88: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5BF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5BF98: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5BFA0: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5BFA8: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5BDA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CD90: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5CD98: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5CDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1ED88: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5BDA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ED98: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x5CFA8: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x5DD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x5DDA0: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1ED98: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5DD98: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1EDA8: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1AF98: |
| /*MT6186M*/ return 15; |
| /*MT6186M*/ case 0x1AF90: |
| /*MT6186M*/ return 14; |
| /*MT6186M*/ case 0x5BF88: |
| /*MT6186M*/ return 13; |
| /*MT6186M*/ case 0x1AFA0: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5BF90: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5BF98: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5BFA0: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5BFA8: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x1BFA8: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1CD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1CD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1CD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1CD80: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x1AFA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*MT6186M*/ { |
| /*MT6186M*/ switch( gain_step ) |
| /*MT6186M*/ { |
| /*MT6186M*/ case 0x1CFA0: |
| /*MT6186M*/ return 17; |
| /*MT6186M*/ case 0x1CFA8: |
| /*MT6186M*/ return 16; |
| /*MT6186M*/ case 0x1BF98: |
| /*MT6186M*/ return 15; |
| /*MT6186M*/ case 0x1BFA0: |
| /*MT6186M*/ return 14; |
| /*MT6186M*/ case 0x1BFA8: |
| /*MT6186M*/ return 13; |
| /*MT6186M*/ case 0x1BF90: |
| /*MT6186M*/ return 12; |
| /*MT6186M*/ case 0x5CF88: |
| /*MT6186M*/ return 11; |
| /*MT6186M*/ case 0x5CF90: |
| /*MT6186M*/ return 10; |
| /*MT6186M*/ case 0x5CF98: |
| /*MT6186M*/ return 9; |
| /*MT6186M*/ case 0x5CFA8: |
| /*MT6186M*/ return 8; |
| /*MT6186M*/ case 0x5CFA0: |
| /*MT6186M*/ return 7; |
| /*MT6186M*/ case 0x1DD88: |
| /*MT6186M*/ return 6; |
| /*MT6186M*/ case 0x1DD90: |
| /*MT6186M*/ return 5; |
| /*MT6186M*/ case 0x1DD98: |
| /*MT6186M*/ return 4; |
| /*MT6186M*/ case 0x1ED90: |
| /*MT6186M*/ return 3; |
| /*MT6186M*/ case 0x5CDA8: |
| /*MT6186M*/ return 2; |
| /*MT6186M*/ case 0x1EDA0: |
| /*MT6186M*/ return 1; |
| /*MT6186M*/ default: |
| /*MT6186M*/ return 0; |
| /*MT6186M*/ } |
| /*MT6186M*/ break; |
| /*MT6186M*/ } |
| /*MT6186M*/ case L1D_ELNA_ALYWAYS_ON : |
| /*MT6186M*/ default: |
| /*MT6186M*/ { ASSERT(0); //table is not define! |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ } |
| /*MT6186M*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 63.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ECA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW, MML1_ELNA_MODE_NULL}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #if IS_2G_EXTERNAL_LNA_SUPPORT |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ NULL, /* FrequencyBand850 */ |
| /*MT6186M*/ NULL, /* FrequencyBand900 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1800 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ NULL, /* FrequencyBand850 */ |
| /*MT6186M*/ NULL, /* FrequencyBand900 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1800 */ |
| /*MT6186M*/ NULL, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #endif |
| /*MT6186M*/ #if IS_2G_EXTERNAL_LNA_BYPASS_SUPPORT |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS= //13.5 dB ELNA |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED88), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED88), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED88), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS= //13.5 dB ELNA |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 71-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19DA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19D90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19FA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x19F80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[] = //13.5 dB ELNA |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 66.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 60.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 57.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #endif |
| /*MT6186M*/ #if IS_2G_EXTERNAL_LNA_BYPASS_WIDE_BAND_MATCHING_SUPPORT |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 64-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 58-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED98), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 55-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DDA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 52-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 49-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CDA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 46-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 43-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 40-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 37-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 34-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 31-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 28-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA8), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 7-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 4-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING= //13.5 dB |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 56-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 53-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA8), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 35-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 32-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF80), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 26-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ADA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AFA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1AF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //max_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 65.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA0), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 59.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1ED90), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 56.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 53.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DD88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA8), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 50.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA8), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CFA0), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 47.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CFA0), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF98), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 44.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 41.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BFA0), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x5CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 38.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF98), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 35.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 32.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 29.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 25-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 22-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 19-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 16-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 13-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 10-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING= |
| /*MT6186M*/ { |
| /*MT6186M*/ (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6186M*/ (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6186M*/ -920/*-115*/, //min_predict_power |
| /*MT6186M*/ -40/*-5*/, //min_predict_power |
| /*MT6186M*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6186M*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6186M*/ { |
| /*MT6186M*/ { -920/*-115*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -912/*-114*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -904/*-113*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -896/*-112*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -888/*-111*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -880/*-110*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -872/*-109*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -864/*-108*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -856/*-107*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -848/*-106*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -840/*-105*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -832/*-104*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -824/*-103*/, (Gain)(ROUNDINT(( 69.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1EDA8), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH_SENSITIVITY, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -816/*-102*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -808/*-101*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -800/*-100*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -792/*-99*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -784/*-98*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -776/*-97*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -768/*-96*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -760/*-95*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -752/*-94*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -744/*-93*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -736/*-92*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -728/*-91*/, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 54.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DFA0), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -720/*-90*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -712/*-89*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -704/*-88*/, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 51.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -696/*-87*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -688/*-86*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 48.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF90), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -440/*-55*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -432/*-54*/, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1DF88), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 45.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF98), L1D_LNA_HIGH, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -424/*-53*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -416/*-52*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -408/*-51*/, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 42.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF90), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -400/*-50*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -392/*-49*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -384/*-48*/, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1CF88), L1D_LNA_MIDDLE, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -376/*-47*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -368/*-46*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -360/*-45*/, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF90), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -352/*-44*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -344/*-43*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -336/*-42*/, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -328/*-41*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -320/*-40*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -312/*-39*/, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA8), L1D_LNA_LOW, MML1_ELNA_MODE_ON}, |
| /*MT6186M*/ { -304/*-38*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -296/*-37*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -288/*-36*/, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 27.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BDA0), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 24.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD98), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -256/*-32*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -248/*-31*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -240/*-30*/, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 21.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD90), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -232/*-29*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -224/*-28*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -216/*-27*/, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 18.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -208/*-26*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -200/*-25*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -192/*-24*/, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BD80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -184/*-23*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -176/*-22*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -168/*-21*/, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF88), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -160/*-20*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -152/*-19*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -144/*-18*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -136/*-17*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -128/*-16*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -120/*-15*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -112/*-14*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -104/*-13*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -96/*-12*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -88/*-11*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -80/*-10*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -72/*-9*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -64/*-8*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -56/*-7*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -48/*-6*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ { -40/*-5*/, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.5-PVOFSL )*(PWRRES))), BSI_CW(104, 0x1BF80), L1D_LNA_LOW_MAXPIN, MML1_ELNA_MODE_BYPASS}, |
| /*MT6186M*/ } |
| /*MT6186M*/ }; |
| /*MT6186M*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[] = |
| /*MT6186M*/ { 0, /*#FrequencyBand400 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand850 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand900 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1800 */ |
| /*MT6186M*/ &AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| /*MT6186M*/ #endif |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| |
| /*MT6186M*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6186M*/ {/*PWRRES:8*/ |
| /*MT6186M*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 0, // kal_uint8 seq_num |
| /*MT6186M*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 3, // kal_uint8 seq_num |
| /*MT6186M*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-387,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{100,-44,-140,0,0,0}, |
| /*MT6186M*/ {116,44,-4,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{196,52,-92,0,0,0}, |
| /*MT6186M*/ {236,92,-52,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{76,-68,-260,0,0,0}, |
| /*MT6186M*/ {116,-28,-196,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{100,100,-44,-140,0,0}, |
| /*MT6186M*/ {200,120,-40,-136,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{196,196,52,-92,0,0}, |
| /*MT6186M*/ {200,120,120,-88,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{76,76,-68,-260,0,0}, |
| /*MT6186M*/ {200,48,-64,-208,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect3***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-372,-327,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{196,196,52,-92,-92,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect4***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{196,196,52,-92,-92,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect5***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{196,196,52,-92,-92,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect6***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-624,-616,-600,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,0,0,0,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{100,100,-44,-140,-140,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{196,196,52,-92,-92,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{76,76,-68,-260,-260,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect7***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 3, // kal_uint8 seq_num |
| /*MT6186M*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-387,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,0,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,44,-4,0,0,0}, |
| /*MT6186M*/ {100,-44,-140,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,92,-52,0,0,0}, |
| /*MT6186M*/ {196,52,-92,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,-28,-196,0,0,0}, |
| /*MT6186M*/ {76,-68,-260,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect8***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 3, // kal_uint8 seq_num |
| /*MT6186M*/ {-480,-400,-336,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-576,-352,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-387,-340,-164,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,0,0,0}, |
| /*MT6186M*/ {1,1,1,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,44,-4,0,0,0}, |
| /*MT6186M*/ {116,44,-4,0,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,92,-52,0,0,0}, |
| /*MT6186M*/ {236,92,-52,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,-28,-196,0,0,0}, |
| /*MT6186M*/ {116,-28,-196,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect9***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,116,44,-4,0,0}, |
| /*MT6186M*/ {200,120,-40,-136,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,236,92,-52,0,0}, |
| /*MT6186M*/ {200,120,120,-88,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,116,-28,-196,0,0}, |
| /*MT6186M*/ {200,48,-64,-208,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect10***************[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-576,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-387,-340,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,116,44,-4,-4,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,236,92,-52,-52,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect11***************[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,116,44,-4,-4,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,236,92,-52,-52,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect12***************[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,116,44,-4,-4,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,236,92,-52,-52,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect13***************[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-336,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{0,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{116,116,44,-4,-4,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {NON_ELNA,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{236,236,92,-52,-52,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{116,116,-28,-196,-196,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect14***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,0,0}, |
| /*MT6186M*/ {100,100,-44,-140,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,0,0}, |
| /*MT6186M*/ {196,196,52,-92,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,0,0}, |
| /*MT6186M*/ {76,76,-68,-260,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect15***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-352,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,0,0}, |
| /*MT6186M*/ {116,116,44,-4,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,0,0}, |
| /*MT6186M*/ {236,236,92,-52,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,0,0}, |
| /*MT6186M*/ {116,116,-28,-196,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect16***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 4, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-435,-388,-341,-232,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,0,0}, |
| /*MT6186M*/ {200,120,-40,-136,0,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,0,0}, |
| /*MT6186M*/ {200,120,120,-88,0,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,0,0}, |
| /*MT6186M*/ {200,48,-64,-208,0,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect17***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-388,-341,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,-88,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect18***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,-88,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect19***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,-88,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect20***************[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,0,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{200,120,-40,-136,-136,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_ALWAYS_ON,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{200,120,120,-88,-88,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{200,48,-64,-208,-208,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect21***************[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-372,-327,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect22***************[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-576,-352,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-387,-340,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect23***************[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-388,-341,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect24***************[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-372,-327,-272,-131,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect25***************[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect26***************[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect27***************[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect28***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect29***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect30***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect31***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect32***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-467,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect33***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect34***************[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{120,120,48,0,-72,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{240,168,96,-48,-96,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{192,120,-24,-72,-240,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect35***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect36***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect37***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect38***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect39***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-416,-372,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect40***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-412,-367,-327,-158,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect41***************[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_NB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect42***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-624,-616,-600,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {100,100,-44,-140,-140,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {196,196,52,-92,-92,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {76,76,-68,-260,-260,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect43***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-576,-352,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {0,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {116,116,44,-4,-4,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {236,236,92,-52,-52,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {116,116,-28,-196,-196,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect44***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-616,-600,-536,-400,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,0,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {200,120,-40,-136,-136,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {200,120,120,-88,-88,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {200,48,-64,-208,-208,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect45***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-616,-592,-568,-304,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect46***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-632,-624,-616,-592,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {120,120,48,0,-72,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {240,168,96,-48,-96,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {192,120,-24,-72,-240,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect47***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-616,-600,-568,-344,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_NB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ {/************slect48***************[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/ |
| /*MT6186M*/ 5, // kal_uint8 seq_num |
| /*MT6186M*/ {-560,-480,-400,-336,-240,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6186M*/ {-640,-624,-616,-600,-392,0}, // kal_uint16 dlpow_lbound |
| /*MT6186M*/ {-507,-456,-412,-367,-200,0}, // kal_uint16 dlpow_hbound |
| /*MT6186M*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6186M*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6186M*/ {{1,1,1,1,1,0}, |
| /*MT6186M*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6186M*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6186M*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6186M*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6186M*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6186M*/ {{132,132,60,12,-96,0}, |
| /*MT6186M*/ {132,132,60,12,-96,0}}, // kal_int16 gain_default |
| /*MT6186M*/ {-160, |
| /*MT6186M*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6186M*/ {ELNA_BYPASS_WB_MATCH,ELNA_BYPASS_WB_MATCH}, // kal_uint8 elna_type |
| /*MT6186M*/ {{252,180,132,12,-72,0}, |
| /*MT6186M*/ {252,180,132,12,-72,0}}, // kal_int16 gain_hbound |
| /*MT6186M*/ {{204,132,36,-36,-192,0}, |
| /*MT6186M*/ {204,132,36,-36,-192,0}}, // kal_int16 gain_lbound |
| /*MT6186M*/ }, |
| /*MT6186M*/ }; |
| /*MT6186M*/ |
| /*MT6186M*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[7][7] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6186M*/ { |
| /*MT6186M*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON*/,3 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]3:L1D_ELNA_CAN_SWITCH*/,4 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,5 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,6 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {7 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,8 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,9 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON*/,10 /*[P]1:L1D_ELNA_UNUSED,[D]3:L1D_ELNA_CAN_SWITCH*/,11 /*[P]1:L1D_ELNA_UNUSED,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,12 /*[P]1:L1D_ELNA_UNUSED,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,13 /*[P]1:L1D_ELNA_UNUSED,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {14 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]0:L1D_ELNA_IN_PATH_OFF*/,15 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]1:L1D_ELNA_UNUSED*/,16 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]2:L1D_ELNA_ALYWAYS_ON*/,17 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]3:L1D_ELNA_CAN_SWITCH*/,18 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,19 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,20 /*[P]2:L1D_ELNA_ALYWAYS_ON,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {21 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,22 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,23 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,24 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,25 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,26 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,27 /*[P]3:L1D_ELNA_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {28 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,29 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,30 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,31 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,32 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,33 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,34 /*[P]4:L1D_ELNA_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {35 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]0:L1D_ELNA_IN_PATH_OFF*/,36 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]1:L1D_ELNA_UNUSED*/,37 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]2:L1D_ELNA_ALYWAYS_ON*/,38 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]3:L1D_ELNA_CAN_SWITCH*/,39 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,40 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,41 /*[P]5:L1D_ELNA_18DB_CAN_SWITCH,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ {42 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]0:L1D_ELNA_IN_PATH_OFF*/,43 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]1:L1D_ELNA_UNUSED*/,44 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]2:L1D_ELNA_ALYWAYS_ON*/,45 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]3:L1D_ELNA_CAN_SWITCH*/,46 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]4:L1D_ELNA_CAN_SWITCH_WB*/,47 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]5:L1D_ELNA_18DB_CAN_SWITCH*/,48 /*[P]6:L1D_ELNA_18DB_CAN_SWITCH_WB,[D]6:L1D_ELNA_18DB_CAN_SWITCH_WB*/}, |
| /*MT6186M*/ }; |
| /*MT6186M*/ const unsigned short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6186M*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6186M*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6186M*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6186M*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6186M*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6186M*/ }; |
| |
| /*MT6186M*/ #endif |
| #endif |
| |
| #if IS_RF_MT6190 |
| /*MT6190*/ |
| /*MT6190*/ #define GAIN_STEP 3 |
| /*MT6190*/ #define PVOFSL 34 |
| /*MT6190*/ #define PVOFSH 34 |
| /*MT6190*/ |
| /*MT6190*/unsigned short L1D_RF_Check_If_ExternalLNA( int rf_band ) |
| /*MT6190*/{ |
| /*MT6190*/ unsigned short result = L1D_ELNA_UNUSED; |
| /*MT6190*/ if (rf_band>=FrequencyBand850) |
| /*MT6190*/ { |
| /*MT6190*/ result = L1D_ELNA_ALYWAYS_ON_MLNA; |
| /*MT6190*/ } |
| /*MT6190*/ else |
| /*MT6190*/ { |
| /*MT6190*/ result = L1D_ELNA_UNUSED; |
| /*MT6190*/ } |
| /*MT6190*/ return result; |
| /*MT6190*/} |
| /*MT6190*/unsigned short L1D_RF_Check_If_ExternalLNA_RXD( int rf_band ) |
| /*MT6190*/{ |
| /*MT6190*/ unsigned short result = L1D_ELNA_UNUSED; |
| /*MT6190*/ if (rf_band>=FrequencyBand850) |
| /*MT6190*/ { |
| /*MT6190*/ result = L1D_ELNA_ALYWAYS_ON_MLNA; |
| /*MT6190*/ } |
| /*MT6190*/ else |
| /*MT6190*/ { |
| /*MT6190*/ result = L1D_ELNA_UNUSED; |
| /*MT6190*/ } |
| /*MT6190*/ return result; |
| /*MT6190*/} |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6190*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6190*/ { |
| /*MT6190*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6190*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); |
| /*MT6190*/ |
| /*MT6190*/ switch( elna_type ) |
| /*MT6190*/ { |
| /*MT6190*/ case L1D_ELNA_ALYWAYS_ON_MLNA : |
| /*MT6190*/ { |
| /*MT6190*/ switch( gain_step ) |
| /*MT6190*/ { |
| /*MT6190*/ case 0x2DD80: |
| /*MT6190*/ return 1; |
| /*MT6190*/ case 0x2DD40: |
| /*MT6190*/ return 2; |
| /*MT6190*/ case 0xE940: |
| /*MT6190*/ return 3; |
| /*MT6190*/ case 0xA90A: |
| /*MT6190*/ return 4; |
| /*MT6190*/ case 0xA8CA: |
| /*MT6190*/ return 5; |
| /*MT6190*/ case 0xA88A: |
| /*MT6190*/ return 6; |
| /*MT6190*/ case 0xA0CA: |
| /*MT6190*/ return 7; |
| /*MT6190*/ case 0xA08A: |
| /*MT6190*/ return 8; |
| /*MT6190*/ case 0xE880: |
| /*MT6190*/ return 9; |
| /*MT6190*/ case 0xE080: |
| /*MT6190*/ return 10; |
| /*MT6190*/ case 0xA00A: |
| /*MT6190*/ return 11; |
| /*MT6190*/ default: |
| /*MT6190*/ return 0; |
| /*MT6190*/ } |
| /*MT6190*/ break; |
| /*MT6190*/ } |
| /*MT6190*/ default: |
| /*MT6190*/ { ASSERT(0); //table is not define! |
| /*MT6190*/ } |
| /*MT6190*/ } |
| /*MT6190*/ } |
| /*MT6190*/ #if IS_2G_RXD_SUPPORT |
| /*MT6190*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6190*/ { |
| /*MT6190*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6190*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); |
| /*MT6190*/ |
| /*MT6190*/ switch( elna_type ) |
| /*MT6190*/ { |
| /*MT6190*/ case L1D_ELNA_ALYWAYS_ON_MLNA : |
| /*MT6190*/ { |
| /*MT6190*/ switch( gain_step ) |
| /*MT6190*/ { |
| /*MT6190*/ case 0x2DD80: |
| /*MT6190*/ return 1; |
| /*MT6190*/ case 0x2DD40: |
| /*MT6190*/ return 2; |
| /*MT6190*/ case 0xE940: |
| /*MT6190*/ return 3; |
| /*MT6190*/ case 0xA90A: |
| /*MT6190*/ return 4; |
| /*MT6190*/ case 0xA8CA: |
| /*MT6190*/ return 5; |
| /*MT6190*/ case 0xA88A: |
| /*MT6190*/ return 6; |
| /*MT6190*/ case 0xA0CA: |
| /*MT6190*/ return 7; |
| /*MT6190*/ case 0xA08A: |
| /*MT6190*/ return 8; |
| /*MT6190*/ case 0xE880: |
| /*MT6190*/ return 9; |
| /*MT6190*/ case 0xE080: |
| /*MT6190*/ return 10; |
| /*MT6190*/ case 0xA00A: |
| /*MT6190*/ return 11; |
| /*MT6190*/ default: |
| /*MT6190*/ return 0; |
| /*MT6190*/ } |
| /*MT6190*/ break; |
| /*MT6190*/ } |
| /*MT6190*/ default: |
| /*MT6190*/ { ASSERT(0); //table is not define! |
| /*MT6190*/ } |
| /*MT6190*/ } |
| /*MT6190*/ } |
| /*MT6190*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| |
| /*MT6190*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MLNA_LB= |
| /*MT6190*/ { |
| /*MT6190*/ (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6190*/ (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6190*/ -880/*-110*/, //min_predict_power |
| /*MT6190*/ -40/*-5*/, //max_predict_power |
| /*MT6190*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6190*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6190*/ { |
| /*MT6190*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,5 }, |
| /*MT6190*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,5 }, |
| /*MT6190*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,5 }, |
| /*MT6190*/ { -816/*-102*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -808/*-101*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -800/*-100*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -792/*-99*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -784/*-98*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -776/*-97*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -768/*-96*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -760/*-95*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -752/*-94*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -744/*-93*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -736/*-92*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -728/*-91*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -720/*-90*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -712/*-89*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -704/*-88*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -696/*-87*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -688/*-86*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,4 }, |
| /*MT6190*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,4 }, |
| /*MT6190*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -440/*-55*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -432/*-54*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -424/*-53*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -416/*-52*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -408/*-51*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -400/*-50*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190*/ { -392/*-49*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190*/ { -384/*-48*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190*/ { -376/*-47*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190*/ { -368/*-46*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190*/ { -360/*-45*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190*/ { -352/*-44*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -344/*-43*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -336/*-42*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -328/*-41*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -320/*-40*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -312/*-39*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -304/*-38*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -296/*-37*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -288/*-36*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -136/*-17*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -128/*-16*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -120/*-15*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -112/*-14*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -104/*-13*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -96/*-12*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -88/*-11*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -80/*-10*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -72/*-9*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -64/*-8*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -56/*-7*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -48/*-6*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -40/*-5*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ } |
| /*MT6190*/ }; |
| /*MT6190*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MLNA_HB= |
| /*MT6190*/ { |
| /*MT6190*/ (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6190*/ (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6190*/ -880/*-110*/, //min_predict_power |
| /*MT6190*/ -40/*-5*/, //max_predict_power |
| /*MT6190*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6190*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6190*/ { |
| /*MT6190*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -816/*-102*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -808/*-101*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -800/*-100*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -792/*-99*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -784/*-98*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -776/*-97*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -768/*-96*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -760/*-95*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -752/*-94*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -744/*-93*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -736/*-92*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -728/*-91*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -720/*-90*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -712/*-89*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -704/*-88*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -696/*-87*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190*/ { -688/*-86*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,1,5 }, |
| /*MT6190*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE080), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,4 }, |
| /*MT6190*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,3 }, |
| /*MT6190*/ { -440/*-55*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,3 }, |
| /*MT6190*/ { -432/*-54*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,3 }, |
| /*MT6190*/ { -424/*-53*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,2 }, |
| /*MT6190*/ { -416/*-52*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,2 }, |
| /*MT6190*/ { -408/*-51*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,1,2 }, |
| /*MT6190*/ { -400/*-50*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,3 }, |
| /*MT6190*/ { -392/*-49*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,3 }, |
| /*MT6190*/ { -384/*-48*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,3 }, |
| /*MT6190*/ { -376/*-47*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,2 }, |
| /*MT6190*/ { -368/*-46*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,2 }, |
| /*MT6190*/ { -360/*-45*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,2 }, |
| /*MT6190*/ { -352/*-44*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -344/*-43*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -336/*-42*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -328/*-41*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -320/*-40*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -312/*-39*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -304/*-38*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -296/*-37*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -288/*-36*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190*/ { -136/*-17*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -128/*-16*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -120/*-15*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -112/*-14*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -104/*-13*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -96/*-12*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -88/*-11*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -80/*-10*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -72/*-9*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -64/*-8*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -56/*-7*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -48/*-6*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ { -40/*-5*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190*/ } |
| /*MT6190*/ }; |
| /*MT6190*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MLNA_LIST[] = |
| /*MT6190*/ { 0, /*#FrequencyBand400 */ |
| /*MT6190*/ &AGC_TABLE_HAL_MLNA_LB, /* FrequencyBand850 */ |
| /*MT6190*/ &AGC_TABLE_HAL_MLNA_LB, /* FrequencyBand900 */ |
| /*MT6190*/ &AGC_TABLE_HAL_MLNA_HB, /* FrequencyBand1800 */ |
| /*MT6190*/ &AGC_TABLE_HAL_MLNA_HB, /* FrequencyBand1900 */ |
| /*MT6190*/ }; |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| |
| /*MT6190*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6190*/ {/*PWRRES:8*/ |
| /*MT6190*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6190*/ 0, // kal_uint8 seq_num |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6190*/ 0, // kal_uint8 seq_num |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/ |
| /*MT6190*/ 5, // kal_uint8 seq_num |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{233,185,113,-7,-151,0}, |
| /*MT6190*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6190*/ {{257,185,113,41,-151,0}, |
| /*MT6190*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{233,185,89,-79,-271,0}, |
| /*MT6190*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect3***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6190*/ 0, // kal_uint8 seq_num |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect4***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6190*/ 0, // kal_uint8 seq_num |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect5***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/ |
| /*MT6190*/ 5, // kal_uint8 seq_num |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{0,0,0,0,0,0}, |
| /*MT6190*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{233,185,113,-7,-151,0}, |
| /*MT6190*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6190*/ {{257,185,113,41,-151,0}, |
| /*MT6190*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{233,185,89,-79,-271,0}, |
| /*MT6190*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect6***************[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6190*/ 5, // kal_uint8 seq_num |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{1,1,1,1,1,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{233,185,113,-7,-151,0}, |
| /*MT6190*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190*/ {{257,185,113,41,-151,0}, |
| /*MT6190*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{233,185,89,-79,-271,0}, |
| /*MT6190*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect7***************[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6190*/ 5, // kal_uint8 seq_num |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{1,1,1,1,1,0}, |
| /*MT6190*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{233,185,113,-7,-151,0}, |
| /*MT6190*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190*/ {{257,185,113,41,-151,0}, |
| /*MT6190*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{233,185,89,-79,-271,0}, |
| /*MT6190*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ {/************slect8***************[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/ |
| /*MT6190*/ 5, // kal_uint8 seq_num |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6190*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190*/ {{1,1,1,1,1,0}, |
| /*MT6190*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6190*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190*/ {{233,185,113,-7,-151,0}, |
| /*MT6190*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190*/ {-160, |
| /*MT6190*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6190*/ {{257,185,113,41,-151,0}, |
| /*MT6190*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190*/ {{233,185,89,-79,-271,0}, |
| /*MT6190*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190*/ }, |
| /*MT6190*/ }; |
| /*MT6190*/ |
| /*MT6190*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[3][3] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6190*/ { |
| /*MT6190*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/}, |
| /*MT6190*/ {3 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,4 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,5 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/}, |
| /*MT6190*/ {6 /*[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]0:L1D_ELNA_IN_PATH_OFF*/,7 /*[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]1:L1D_ELNA_UNUSED*/,8 /*[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/}, |
| /*MT6190*/ }; |
| /*MT6190*/ |
| /*MT6190*/ const short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6190*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6190*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6190*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6190*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6190*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6190*/ }; |
| #elif IS_RF_MT6190T |
| /*MT6190T*/ |
| /*MT6190T*/ #define GAIN_STEP 3 |
| /*MT6190T*/ #define PVOFSL 34 |
| /*MT6190T*/ #define PVOFSH 34 |
| /*MT6190T*/ |
| /*MT6190T*/unsigned short L1D_RF_Check_If_ExternalLNA( int rf_band ) |
| /*MT6190T*/{ |
| /*MT6190T*/ unsigned short result = L1D_ELNA_UNUSED; |
| /*MT6190T*/ if (rf_band>=FrequencyBand850) |
| /*MT6190T*/ { |
| /*MT6190T*/ result = L1D_ELNA_ALYWAYS_ON_MLNA; |
| /*MT6190T*/ } |
| /*MT6190T*/ else |
| /*MT6190T*/ { |
| /*MT6190T*/ result = L1D_ELNA_UNUSED; |
| /*MT6190T*/ } |
| /*MT6190T*/ return result; |
| /*MT6190T*/} |
| /*MT6190T*/unsigned short L1D_RF_Check_If_ExternalLNA_RXD( int rf_band ) |
| /*MT6190T*/{ |
| /*MT6190T*/ unsigned short result = L1D_ELNA_UNUSED; |
| /*MT6190T*/ if (rf_band>=FrequencyBand850) |
| /*MT6190T*/ { |
| /*MT6190T*/ result = L1D_ELNA_ALYWAYS_ON_MLNA; |
| /*MT6190T*/ } |
| /*MT6190T*/ else |
| /*MT6190T*/ { |
| /*MT6190T*/ result = L1D_ELNA_UNUSED; |
| /*MT6190T*/ } |
| /*MT6190T*/ return result; |
| /*MT6190T*/} |
| #if IS_W_CANCELLATION_SUPPORT |
| /*MT6190T*/ unsigned short L1D_RF_FindGainStep( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6190T*/ { |
| /*MT6190T*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6190T*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); |
| /*MT6190T*/ |
| /*MT6190T*/ switch( elna_type ) |
| /*MT6190T*/ { |
| /*MT6190T*/ case L1D_ELNA_ALYWAYS_ON_MLNA : |
| /*MT6190T*/ { |
| /*MT6190T*/ switch( gain_step ) |
| /*MT6190T*/ { |
| /*MT6190T*/ case 0x2DD80: |
| /*MT6190T*/ return 1; |
| /*MT6190T*/ case 0x2DD40: |
| /*MT6190T*/ return 2; |
| /*MT6190T*/ case 0xE940: |
| /*MT6190T*/ return 3; |
| /*MT6190T*/ case 0xA90A: |
| /*MT6190T*/ return 4; |
| /*MT6190T*/ case 0xA8CA: |
| /*MT6190T*/ return 5; |
| /*MT6190T*/ case 0xA88A: |
| /*MT6190T*/ return 6; |
| /*MT6190T*/ case 0xA0CA: |
| /*MT6190T*/ return 7; |
| /*MT6190T*/ case 0xA08A: |
| /*MT6190T*/ return 8; |
| /*MT6190T*/ case 0xE880: |
| /*MT6190T*/ return 9; |
| /*MT6190T*/ default: |
| /*MT6190T*/ return 0; |
| /*MT6190T*/ } |
| /*MT6190T*/ break; |
| /*MT6190T*/ } |
| /*MT6190T*/ default: |
| /*MT6190T*/ { ASSERT(0); //table is not define! |
| /*MT6190T*/ } |
| /*MT6190T*/ } |
| /*MT6190T*/ } |
| /*MT6190T*/ #if IS_2G_RXD_SUPPORT |
| /*MT6190T*/ unsigned short L1D_RF_FindGainStep_RXD( unsigned long gain_setting, FrequencyBand rf_band ) |
| /*MT6190T*/ { |
| /*MT6190T*/ unsigned long gain_step = gain_setting & 0x000FFFFF; |
| /*MT6190T*/ unsigned short elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); |
| /*MT6190T*/ |
| /*MT6190T*/ switch( elna_type ) |
| /*MT6190T*/ { |
| /*MT6190T*/ case L1D_ELNA_ALYWAYS_ON_MLNA : |
| /*MT6190T*/ { |
| /*MT6190T*/ switch( gain_step ) |
| /*MT6190T*/ { |
| /*MT6190T*/ case 0x2DD80: |
| /*MT6190T*/ return 1; |
| /*MT6190T*/ case 0x2DD40: |
| /*MT6190T*/ return 2; |
| /*MT6190T*/ case 0xE940: |
| /*MT6190T*/ return 3; |
| /*MT6190T*/ case 0xA90A: |
| /*MT6190T*/ return 4; |
| /*MT6190T*/ case 0xA8CA: |
| /*MT6190T*/ return 5; |
| /*MT6190T*/ case 0xA88A: |
| /*MT6190T*/ return 6; |
| /*MT6190T*/ case 0xA0CA: |
| /*MT6190T*/ return 7; |
| /*MT6190T*/ case 0xA08A: |
| /*MT6190T*/ return 8; |
| /*MT6190T*/ case 0xE880: |
| /*MT6190T*/ return 9; |
| /*MT6190T*/ default: |
| /*MT6190T*/ return 0; |
| /*MT6190T*/ } |
| /*MT6190T*/ break; |
| /*MT6190T*/ } |
| /*MT6190T*/ default: |
| /*MT6190T*/ { ASSERT(0); //table is not define! |
| /*MT6190T*/ } |
| /*MT6190T*/ } |
| /*MT6190T*/ } |
| /*MT6190T*/ #endif |
| #endif |
| #if IS_2G_RXD_SUPPORT |
| |
| /*MT6190T*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MLNA_LB= |
| /*MT6190T*/ { |
| /*MT6190T*/ (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6190T*/ (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6190T*/ -880/*-110*/, //min_predict_power |
| /*MT6190T*/ -40/*-5*/, //max_predict_power |
| /*MT6190T*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6190T*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6190T*/ { |
| /*MT6190T*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190T*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190T*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190T*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190T*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,6 }, |
| /*MT6190T*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,5 }, |
| /*MT6190T*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,5 }, |
| /*MT6190T*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,2,5 }, |
| /*MT6190T*/ { -816/*-102*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -808/*-101*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -800/*-100*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -792/*-99*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -784/*-98*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -776/*-97*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -768/*-96*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -760/*-95*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -752/*-94*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -744/*-93*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -736/*-92*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -728/*-91*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -720/*-90*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -712/*-89*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -704/*-88*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -696/*-87*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -688/*-86*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_LOW, 1 ,4 ,1,5 }, |
| /*MT6190T*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,4 }, |
| /*MT6190T*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,4 }, |
| /*MT6190T*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -440/*-55*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -432/*-54*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -424/*-53*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -416/*-52*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -408/*-51*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -400/*-50*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190T*/ { -392/*-49*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190T*/ { -384/*-48*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190T*/ { -376/*-47*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190T*/ { -368/*-46*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190T*/ { -360/*-45*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190T*/ { -352/*-44*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,0,1 }, |
| /*MT6190T*/ { -344/*-43*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,0,1 }, |
| /*MT6190T*/ { -336/*-42*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,0,1 }, |
| /*MT6190T*/ { -328/*-41*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,0,1 }, |
| /*MT6190T*/ { -320/*-40*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,0,1 }, |
| /*MT6190T*/ { -312/*-39*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,0,1 }, |
| /*MT6190T*/ { -304/*-38*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,0 }, |
| /*MT6190T*/ { -296/*-37*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,0 }, |
| /*MT6190T*/ { -288/*-36*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,0 }, |
| /*MT6190T*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190T*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190T*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190T*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190T*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190T*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190T*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190T*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190T*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190T*/ { -136/*-17*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -128/*-16*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -120/*-15*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -112/*-14*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -104/*-13*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -96/*-12*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -88/*-11*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -80/*-10*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -72/*-9*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -64/*-8*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -56/*-7*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -48/*-6*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -40/*-5*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ } |
| /*MT6190T*/ }; |
| /*MT6190T*/ const sL1DAGCHALDATA AGC_TABLE_HAL_MLNA_HB= |
| /*MT6190T*/ { |
| /*MT6190T*/ (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), //max_gain |
| /*MT6190T*/ (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), //min_gain |
| /*MT6190T*/ -880/*-110*/, //min_predict_power |
| /*MT6190T*/ -40/*-5*/, //max_predict_power |
| /*MT6190T*/ -86*PWRRES, //IBBD_Pin_THRESHOLD |
| /*MT6190T*/ -71*PWRRES, //HRD_Pin_THRESHOLD |
| /*MT6190T*/ { |
| /*MT6190T*/ { -880/*-110*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190T*/ { -872/*-109*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190T*/ { -864/*-108*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190T*/ { -856/*-107*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190T*/ { -848/*-106*/, (Gain)(ROUNDINT(( 66.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD80), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,6 }, |
| /*MT6190T*/ { -840/*-105*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -832/*-104*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -824/*-103*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -816/*-102*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -808/*-101*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -800/*-100*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -792/*-99*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -784/*-98*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -776/*-97*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -768/*-96*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -760/*-95*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -752/*-94*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -744/*-93*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -736/*-92*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -728/*-91*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -720/*-90*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -712/*-89*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -704/*-88*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -696/*-87*/, (Gain)(ROUNDINT(( 63.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0x2DD40), L1D_LNA_HIGH_SENSITIVITY, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,2,5 }, |
| /*MT6190T*/ { -688/*-86*/, (Gain)(ROUNDINT(( 57.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE940), L1D_LNA_HIGH, (Gain)(ROUNDINT(( 42.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xE880), L1D_LNA_LOW, 1 ,2 ,1,5 }, |
| /*MT6190T*/ { -680/*-85*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -672/*-84*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -664/*-83*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -656/*-82*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -648/*-81*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -640/*-80*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -632/*-79*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -624/*-78*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -616/*-77*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -608/*-76*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -600/*-75*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -592/*-74*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -584/*-73*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -576/*-72*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -568/*-71*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -560/*-70*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -552/*-69*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -544/*-68*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -536/*-67*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -528/*-66*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -520/*-65*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -512/*-64*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -504/*-63*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -496/*-62*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -488/*-61*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -480/*-60*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -472/*-59*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW_MAXPIN, 0 ,2 ,1,4 }, |
| /*MT6190T*/ { -464/*-58*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,4 }, |
| /*MT6190T*/ { -456/*-57*/, (Gain)(ROUNDINT(( 48.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA90A), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,4 }, |
| /*MT6190T*/ { -448/*-56*/, (Gain)(ROUNDINT(( 45.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_MIDDLE, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -440/*-55*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -432/*-54*/, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 39.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -424/*-53*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -416/*-52*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -408/*-51*/, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 36.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -400/*-50*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190T*/ { -392/*-49*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190T*/ { -384/*-48*/, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, (Gain)(ROUNDINT(( 33.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA0CA), L1D_LNA_LOW, 0 ,3 ,0,3 }, |
| /*MT6190T*/ { -376/*-47*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190T*/ { -368/*-46*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190T*/ { -360/*-45*/, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 30.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA08A), L1D_LNA_LOW, 0 ,2 ,0,2 }, |
| /*MT6190T*/ { -352/*-44*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,0,1 }, |
| /*MT6190T*/ { -344/*-43*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,0,1 }, |
| /*MT6190T*/ { -336/*-42*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,0,1 }, |
| /*MT6190T*/ { -328/*-41*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,0,1 }, |
| /*MT6190T*/ { -320/*-40*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,0,1 }, |
| /*MT6190T*/ { -312/*-39*/, (Gain)(ROUNDINT(( 27.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,0,1 }, |
| /*MT6190T*/ { -304/*-38*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,0 }, |
| /*MT6190T*/ { -296/*-37*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,0 }, |
| /*MT6190T*/ { -288/*-36*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 21.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,0 }, |
| /*MT6190T*/ { -280/*-35*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -272/*-34*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -264/*-33*/, (Gain)(ROUNDINT(( 24.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW, (Gain)(ROUNDINT(( 18.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -256/*-32*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -248/*-31*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -240/*-30*/, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 15.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA8CA), L1D_LNA_LOW_MAXPIN, 1 ,3 ,1,3 }, |
| /*MT6190T*/ { -232/*-29*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -224/*-28*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -216/*-27*/, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 12.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA88A), L1D_LNA_LOW_MAXPIN, 1 ,2 ,1,2 }, |
| /*MT6190T*/ { -208/*-26*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190T*/ { -200/*-25*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190T*/ { -192/*-24*/, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 9.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA84A), L1D_LNA_LOW_MAXPIN, 1 ,1 ,1,1 }, |
| /*MT6190T*/ { -184/*-23*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190T*/ { -176/*-22*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190T*/ { -168/*-21*/, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 6.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA80A), L1D_LNA_LOW_MAXPIN, 1 ,0 ,1,0 }, |
| /*MT6190T*/ { -160/*-20*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190T*/ { -152/*-19*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190T*/ { -144/*-18*/, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 3.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA04A), L1D_LNA_LOW_MAXPIN, 0 ,1 ,0,1 }, |
| /*MT6190T*/ { -136/*-17*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -128/*-16*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -120/*-15*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -112/*-14*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -104/*-13*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -96/*-12*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -88/*-11*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -80/*-10*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -72/*-9*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -64/*-8*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -56/*-7*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -48/*-6*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ { -40/*-5*/, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, (Gain)(ROUNDINT(( 0.1-PVOFSL )*(PWRRES))), BSI_CW(274, 0xA00A), L1D_LNA_LOW_MAXPIN, 0 ,0 ,0,0 }, |
| /*MT6190T*/ } |
| /*MT6190T*/ }; |
| /*MT6190T*/ const sL1DAGCHALDATA *const AGC_TABLE_HAL_MLNA_LIST[] = |
| /*MT6190T*/ { 0, /*#FrequencyBand400 */ |
| /*MT6190T*/ &AGC_TABLE_HAL_MLNA_LB, /* FrequencyBand850 */ |
| /*MT6190T*/ &AGC_TABLE_HAL_MLNA_LB, /* FrequencyBand900 */ |
| /*MT6190T*/ &AGC_TABLE_HAL_MLNA_HB, /* FrequencyBand1800 */ |
| /*MT6190T*/ &AGC_TABLE_HAL_MLNA_HB, /* FrequencyBand1900 */ |
| /*MT6190T*/ }; |
| #endif /*#if IS_2G_RXD_SUPPORT*/ |
| |
| /*MT6190T*/ const RfTestCmdCalInfoV5_T L1D_RF_TST_INFO_TABLE[] = |
| /*MT6190T*/ {/*PWRRES:8*/ |
| /*MT6190T*/ {/************slect0***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6190T*/ 0, // kal_uint8 seq_num |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect1***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6190T*/ 0, // kal_uint8 seq_num |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect2***************[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/ |
| /*MT6190T*/ 5, // kal_uint8 seq_num |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{233,185,113,-7,-151,0}, |
| /*MT6190T*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6190T*/ {{257,185,113,41,-151,0}, |
| /*MT6190T*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{233,185,89,-79,-271,0}, |
| /*MT6190T*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect3***************[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6190T*/ 0, // kal_uint8 seq_num |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect4***************[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6190T*/ 0, // kal_uint8 seq_num |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {0,0,0,0,0,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {NON_ELNA,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect5***************[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/ |
| /*MT6190T*/ 5, // kal_uint8 seq_num |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{0,0,0,0,0,0}, |
| /*MT6190T*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{233,185,113,-7,-151,0}, |
| /*MT6190T*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {NON_ELNA,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6190T*/ {{257,185,113,41,-151,0}, |
| /*MT6190T*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{233,185,89,-79,-271,0}, |
| /*MT6190T*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect6***************[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]0:L1D_ELNA_IN_PATH_OFF*/ |
| /*MT6190T*/ 5, // kal_uint8 seq_num |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{1,1,1,1,1,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{233,185,113,-7,-151,0}, |
| /*MT6190T*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190T*/ {{257,185,113,41,-151,0}, |
| /*MT6190T*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{233,185,89,-79,-271,0}, |
| /*MT6190T*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect7***************[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]1:L1D_ELNA_UNUSED*/ |
| /*MT6190T*/ 5, // kal_uint8 seq_num |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{1,1,1,1,1,0}, |
| /*MT6190T*/ {0,0,0,0,0,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{233,185,113,-7,-151,0}, |
| /*MT6190T*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {ELNA_ALWAYS_ON,NON_ELNA}, // kal_uint8 elna_type |
| /*MT6190T*/ {{257,185,113,41,-151,0}, |
| /*MT6190T*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{233,185,89,-79,-271,0}, |
| /*MT6190T*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ {/************slect8***************[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/ |
| /*MT6190T*/ 5, // kal_uint8 seq_num |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_default <- hard code in database |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_lbound |
| /*MT6190T*/ {-600,-560,-480,-400,-248,0}, // kal_uint16 dlpow_hbound |
| /*MT6190T*/ {{RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}, |
| /*MT6190T*/ {RX_LNA_UTRA_HIGH,RX_LNA_HIGH,RX_LNA_MID,RX_LNA_LOW,RX_LNA_BYPASS_LOW,RX_LNA_NONE}},// kal_uint8 lna_enum_type |
| /*MT6190T*/ {{1,1,1,1,1,0}, |
| /*MT6190T*/ {1,1,1,1,1,0}}, // kal_uint8 antenna_enable |
| /*MT6190T*/ -288, // kal_int16 dlpow_wcoef_default <- hard code in python |
| /*MT6190T*/ -480, // kal_int16 dlpow_wcoef_lbound <- hard code in python |
| /*MT6190T*/ -160, // kal_int16 dlpow_wcoef_hbound <- hard code in python |
| /*MT6190T*/ {-1,-1,-1,-1,-1,-1,-1,-1}, // kal_int16 wcoef_arfcn -> RUNTIME UPDATE |
| /*MT6190T*/ {{233,185,113,-7,-151,0}, |
| /*MT6190T*/ {233,185,113,-7,-151,0}}, // kal_int16 gain_default |
| /*MT6190T*/ {-160, |
| /*MT6190T*/ -160}, // kal_int16 wcoef_gain_default <- hard code in python |
| /*MT6190T*/ {ELNA_ALWAYS_ON,ELNA_ALWAYS_ON}, // kal_uint8 elna_type |
| /*MT6190T*/ {{257,185,113,41,-151,0}, |
| /*MT6190T*/ {257,185,113,41,-151,0}}, // kal_int16 gain_hbound |
| /*MT6190T*/ {{233,185,89,-79,-271,0}, |
| /*MT6190T*/ {233,185,89,-79,-271,0}}, // kal_int16 gain_lbound |
| /*MT6190T*/ }, |
| /*MT6190T*/ }; |
| /*MT6190T*/ |
| /*MT6190T*/ const unsigned short L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[3][3] = // need follow the value of enum L1D_ELNA_USAGE |
| /*MT6190T*/ { |
| /*MT6190T*/ {0 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]0:L1D_ELNA_IN_PATH_OFF*/,1 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]1:L1D_ELNA_UNUSED*/,2 /*[P]0:L1D_ELNA_IN_PATH_OFF,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/}, |
| /*MT6190T*/ {3 /*[P]1:L1D_ELNA_UNUSED,[D]0:L1D_ELNA_IN_PATH_OFF*/,4 /*[P]1:L1D_ELNA_UNUSED,[D]1:L1D_ELNA_UNUSED*/,5 /*[P]1:L1D_ELNA_UNUSED,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/}, |
| /*MT6190T*/ {6 /*[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]0:L1D_ELNA_IN_PATH_OFF*/,7 /*[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]1:L1D_ELNA_UNUSED*/,8 /*[P]2:L1D_ELNA_ALYWAYS_ON_MLNA,[D]2:L1D_ELNA_ALYWAYS_ON_MLNA*/}, |
| /*MT6190T*/ }; |
| /*MT6190T*/ |
| /*MT6190T*/ const short L1D_RF_TST_INFO_WCOEF_ARFCN[FrequencyBandCount][8] = |
| /*MT6190T*/ { { -1, -1, -1, -1, -1, -1, -1, -1}, /*#FrequencyBand400 */ |
| /*MT6190T*/ {204, -1, -1, -1, -1, -1, -1, -1}, /* FrequencyBand850 */ |
| /*MT6190T*/ { 39, 40, -1, -1, -1, -1, -1, -1}, /* FrequencyBand900 */ |
| /*MT6190T*/ {536, 586, 636, 685, 736, 786, 836, 874}, /* FrequencyBand1800 */ |
| /*MT6190T*/ {536, 586, 645, 686, 736, 786, -1, -1}, /* FrequencyBand1900 */ |
| /*MT6190T*/ }; |
| #endif |
| |
| |
| #if IS_2G_RXD_SUPPORT |
| /*HAL*/ void L1D_RF_AGC_TABLE_HAL_SELECT(int rf_band, int arfcn, const sL1DAGCHALDATA **agcptr_P, const sL1DAGCHALDATA **agcptr_D) |
| /*HAL*/ { |
| /*HAL*/#if IS_GL1D_CDF_SUPPORT |
| /*HAL*/ *agcptr_P = AGC_TABLE_HAL_MLNA_LIST[rf_band]; |
| /*HAL*/ *agcptr_D = AGC_TABLE_HAL_MLNA_LIST[rf_band]; |
| /*HAL*/#else |
| /*HAL*/ unsigned short elna_type_PRX = L1D_RF_Check_If_ExternalLNA( rf_band ); |
| /*HAL*/ unsigned short elna_type_DRX = L1D_RF_Check_If_ExternalLNA_RXD( rf_band ); |
| /*HAL*/ int need_matching_eLNA_gain =false; |
| /*HAL*/ |
| /*HAL*/ if (l1d_rf.rxd_mode==RXD_MODE_RXD) |
| /*HAL*/ { |
| /*HAL*/ if (elna_type_PRX==L1D_ELNA_UNUSED && elna_type_DRX!=L1D_ELNA_UNUSED) |
| /*HAL*/ { |
| /*HAL*/ need_matching_eLNA_gain = true; |
| /*HAL*/ } |
| /*HAL*/ else if (elna_type_PRX!=L1D_ELNA_UNUSED && elna_type_DRX==L1D_ELNA_UNUSED) |
| /*HAL*/ { |
| /*HAL*/ need_matching_eLNA_gain = true; |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ need_matching_eLNA_gain = false;//both ELNA or both non-ELNA for data |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ need_matching_eLNA_gain = false; |
| /*HAL*/ } |
| /*HAL*/ //PRX |
| /*HAL*/ switch( elna_type_PRX ) |
| /*HAL*/ { |
| /*HAL*/ case L1D_ELNA_UNUSED : |
| /*HAL*/ { *agcptr_P = AGC_TABLE_HAL_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_ALYWAYS_ON : |
| /*HAL*/ { *agcptr_P = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_LIST[rf_band] : AGC_TABLE_HAL_ELNA_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*HAL*/ { *agcptr_P = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[rf_band] : AGC_TABLE_HAL_ELNA_BYPASS_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ #if (defined __MD95__) |
| /*HAL*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*HAL*/ { *agcptr_P = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band] : AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*HAL*/ { *agcptr_P = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[rf_band] : AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*HAL*/ { *agcptr_P = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band] : AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ #endif |
| /*HAL*/ default: |
| /*HAL*/ { ASSERT(0); //table is not define! |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ //DRX |
| /*HAL*/ switch( elna_type_DRX ) |
| /*HAL*/ { |
| /*HAL*/ case L1D_ELNA_UNUSED : |
| /*HAL*/ { *agcptr_D = AGC_TABLE_HAL_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_ALYWAYS_ON : |
| /*HAL*/ { *agcptr_D = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_LIST[rf_band] : AGC_TABLE_HAL_ELNA_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_CAN_SWITCH : //narrow band matching 13.5dB |
| /*HAL*/ { *agcptr_D = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_LIST[rf_band] : AGC_TABLE_HAL_ELNA_BYPASS_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ #if (defined __MD95__) |
| /*HAL*/ case L1D_ELNA_CAN_SWITCH_WB : //wide band matching 13.5dB |
| /*HAL*/ { *agcptr_D = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band] : AGC_TABLE_HAL_ELNA_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_18DB_CAN_SWITCH : //narrow band matching 18dB |
| /*HAL*/ { *agcptr_D = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_LIST[rf_band] : AGC_TABLE_HAL_ELNA_18dB_BYPASS_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ case L1D_ELNA_18DB_CAN_SWITCH_WB : //wide band matching 18dB |
| /*HAL*/ { *agcptr_D = (need_matching_eLNA_gain == true) ? AGC_TABLE_HAL_MATCHING_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band] : AGC_TABLE_HAL_ELNA_18dB_BYPASS_WIDE_BAND_MATCHING_LIST[rf_band]; |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ #endif |
| /*HAL*/ default: |
| /*HAL*/ { ASSERT(0); //table is not define! |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/#endif //if IS_GL1D_CDF_SUPPORT |
| /*HAL*/ } |
| /*HAL*/ L1D_RX_GAIN L1D_RF_GetGainSetting_HAL( int rf_band, int arfcn, L1D_RX_POWER predict_power, long *gain_settingPRX, long *gain_settingDRX ) |
| /*HAL*/ { |
| /*HAL*/ L1D_RX_GAIN real_gain; |
| /*HAL*/ L1D_RX_SETTING setting; |
| /*HAL*/ L1D_RX_PATHLOSS lna_path_loss; |
| /*HAL*/ const sL1DAGCHALSETTING *agcptr_PRX, *agcptr_DRX; |
| /*HAL*/ const sL1DAGCHALDATA *fullagcptr_PRX, *fullagcptr_DRX; |
| /*HAL*/ sLNAGAINOFFSET *lnaptr_PRX,*lnaptr_DRX; |
| /*HAL*/ sAGCGAINOFFSET *ofsptr_PRX,*ofsptr_DRX; |
| /*HAL*/ Power ibbd_threshold_PRX, ibbd_threshold_DRX; |
| /*HAL*/ Power hrd_threshold_PRX, hrd_threshold_DRX; |
| /*HAL*/ int l1_obb_flag_PRX = 0, l1_obb_flag_DRX = 0; |
| /*HAL*/ L1D_LNA_TYPE_E lna_PRX,lna_DRX; |
| /*HAL*/ int tableidx_PRX=0,tableidx_DRX=0; |
| /*HAL*/ |
| /*HAL*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*HAL*/ sAGCLNAGAINOFFSET *ofsptr_offset_PRX, *ofsptr_offset_DRX; |
| /*HAL*/ kal_uint16 rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_enable; |
| /*HAL*/ kal_uint16 meta_rx_power_offset_enable = AGCLNA_PL_OFFSET_SETTING->rx_power_offset_setting.RPO_meta_enable; |
| /*HAL*/ L1D_RX_PATHLOSS lna_path_loss_offset; |
| /*HAL*/ lna_path_loss_offset.PRX=0; |
| /*HAL*/ lna_path_loss_offset.DRX=0; |
| /*HAL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*HAL*/ |
| /*HAL*/ /*choose table by P/D and by elna_type*/ |
| /*HAL*/ L1D_RF_AGC_TABLE_HAL_SELECT(rf_band,arfcn,&fullagcptr_PRX,&fullagcptr_DRX); |
| /*HAL*/ agcptr_PRX=fullagcptr_PRX->table; |
| /*HAL*/ agcptr_DRX=fullagcptr_DRX->table; |
| /*HAL*/ |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 11220, predict_power.PRX, predict_power.DRX ); |
| /*HAL*/ } |
| /*HAL*/ /* clipping the request gain to the avialable gain */ |
| /*HAL*/ if( predict_power.PRX >= fullagcptr_PRX->max_predict_power ) |
| /*HAL*/ { predict_power.PRX = fullagcptr_PRX->max_predict_power; |
| /*HAL*/ } |
| /*HAL*/ else if( predict_power.PRX <= fullagcptr_PRX->min_predict_power ) |
| /*HAL*/ { predict_power.PRX = fullagcptr_PRX->min_predict_power; |
| /*HAL*/ } |
| /*HAL*/ if( predict_power.DRX >= fullagcptr_DRX->max_predict_power ) |
| /*HAL*/ { predict_power.DRX = fullagcptr_DRX->max_predict_power; |
| /*HAL*/ } |
| /*HAL*/ else if( predict_power.DRX <= fullagcptr_DRX->min_predict_power ) |
| /*HAL*/ { predict_power.DRX = fullagcptr_DRX->min_predict_power; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 11221, predict_power.PRX, predict_power.DRX ); |
| /*HAL*/ } |
| /*HAL*/ #if IS_INBAND_BLOCKER_DETECTION_SUPPORT |
| /*HAL*/ ibbd_threshold_PRX = fullagcptr_PRX->ibbd_threshold; |
| /*HAL*/ ibbd_threshold_DRX = fullagcptr_DRX->ibbd_threshold; |
| /*HAL*/ #endif |
| /*HAL*/ |
| /*HAL*/ #if IS_HEADROOM_DETECTION_SUPPORT |
| /*HAL*/ hrd_threshold_PRX = fullagcptr_PRX->hrd_threshold; |
| /*HAL*/ hrd_threshold_DRX = fullagcptr_DRX->hrd_threshold; |
| /*HAL*/ #endif |
| /*HAL*/ |
| /*HAL*/ #if IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*HAL*/ if( l1d_rf.band < FrequencyBand1800 ) |
| /*HAL*/ { l1_obb_flag_PRX = CHECK_FLAG(l1d_rf.blk_flag,LB_OBB_FOUND) ? 1 : 0; } |
| /*HAL*/ else |
| /*HAL*/ { l1_obb_flag_PRX = CHECK_FLAG(l1d_rf.blk_flag,HB_OBB_FOUND) ? 1 : 0; } |
| /*HAL*/ |
| /*HAL*/ if( l1d_rf.band < FrequencyBand1800 )//DRX use PRX blk flag |
| /*HAL*/ { l1_obb_flag_DRX = CHECK_FLAG(l1d_rf.blk_flag,LB_OBB_FOUND) ? 1 : 0; } |
| /*HAL*/ else |
| /*HAL*/ { l1_obb_flag_DRX = CHECK_FLAG(l1d_rf.blk_flag,HB_OBB_FOUND) ? 1 : 0; } |
| /*HAL*/ #endif |
| /*HAL*/ |
| /*HAL*/ /* choose the LNA path loss */ |
| /*HAL*/ lnaptr_PRX = LNA_PATHLOSS_TABLE[rf_band]; |
| /*HAL*/ lnaptr_DRX = LNA_PATHLOSS_RXD_TABLE[rf_band]; |
| /*HAL*/ /* get the arfcn section */ |
| /*HAL*/ ofsptr_PRX = AGC_PATHLOSS_TABLE[rf_band]; |
| /*HAL*/ ofsptr_DRX = AGC_PATHLOSS_RXD_TABLE[rf_band]; |
| /*HAL*/ |
| /*HAL*/ while( ofsptr_PRX->max_arfcn>=0 ) |
| /*HAL*/ { if( arfcn <= ofsptr_PRX->max_arfcn ) |
| /*HAL*/ { break; } |
| /*HAL*/ ofsptr_PRX++; |
| /*HAL*/ lnaptr_PRX++; |
| /*HAL*/ } |
| /*HAL*/ while( ofsptr_DRX->max_arfcn>=0 ) |
| /*HAL*/ { if( arfcn <= ofsptr_DRX->max_arfcn ) |
| /*HAL*/ { break; } |
| /*HAL*/ ofsptr_DRX++; |
| /*HAL*/ lnaptr_DRX++; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ /* choose pointer for gain setting */ |
| /*HAL*/ while( predict_power.PRX > agcptr_PRX->inputpower ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_PRX++; |
| /*HAL*/ tableidx_PRX++; |
| /*HAL*/ } |
| /*HAL*/ if (tableidx_PRX>0)//Eliminate the case of minimal input power |
| /*HAL*/ { |
| /*HAL*/ if( (agcptr_PRX->inputpower - predict_power.PRX)>( predict_power.PRX - (agcptr_PRX-1)->inputpower) ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_PRX--; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ while( predict_power.DRX > agcptr_DRX->inputpower ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_DRX++; |
| /*HAL*/ tableidx_DRX++; |
| /*HAL*/ } |
| /*HAL*/ if (tableidx_DRX>0)//Eliminate the case of minimal input power |
| /*HAL*/ { |
| /*HAL*/ if( (agcptr_DRX->inputpower - predict_power.DRX)>( predict_power.DRX - (agcptr_DRX-1)->inputpower) ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_DRX--; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ |
| /*HAL*/ if(0) |
| /*HAL*/ {/*do nothing*/} |
| /*HAL*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT || IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*HAL*/ else if( ( CHECK_FLAG(l1d_rf.blk_flag,HRD_FOUND)&&(predict_power.PRX <=hrd_threshold_PRX)) || ( CHECK_FLAG(l1d_rf.blk_flag,IBB_FOUND) && (predict_power.PRX <=ibbd_threshold_PRX)) || (l1_obb_flag_PRX == 1) || CHECK_FLAG(l1d_rf.blk_flag,TPD_FOUND)) |
| /*HAL*/ { |
| /*HAL*/ setting.PRX = agcptr_PRX->blk_setting; |
| /*HAL*/ real_gain.PRX = agcptr_PRX->blk_gain; |
| /*HAL*/ lna_PRX = agcptr_PRX->blk_lna; |
| /*HAL*/ |
| /*HAL*/ #if IS_CHIP_MT6297_AND_LATTER_VERSION |
| /*HAL*/ //update rx dc tia gain and pga gain |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.prx_tia_gain_idx = agcptr_PRX->l1d_w_blk_tia_pga_count_idx; |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.prx_pga_gain_idx = agcptr_PRX->l1d_w_blk_pga_gain_idx; |
| /*HAL*/ #endif |
| /*HAL*/ } |
| /*HAL*/ #endif |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ setting.PRX = agcptr_PRX->setting; |
| /*HAL*/ real_gain.PRX = agcptr_PRX->gain; |
| /*HAL*/ lna_PRX = agcptr_PRX->lna; |
| /*HAL*/ |
| /*HAL*/ #if IS_CHIP_MT6297_AND_LATTER_VERSION |
| /*HAL*/ //update rx dc tia gain and pga gain |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.prx_tia_gain_idx = agcptr_PRX->l1d_wo_blk_tia_pga_count_idx; |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.prx_pga_gain_idx = agcptr_PRX->l1d_wo_blk_pga_gain_idx; |
| /*HAL*/ #endif |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ if(0) |
| /*HAL*/ {/*do nothing*/} |
| /*HAL*/ #if IS_HEADROOM_DETECTION_SUPPORT || IS_INBAND_BLOCKER_DETECTION_SUPPORT || IS_OUTBAND_BLOCKER_DETECTION_SUPPORT |
| /*HAL*/ else if( ( CHECK_FLAG(l1d_rf.blk_flag,HRD_FOUND)&&(predict_power.DRX <=hrd_threshold_DRX)) || ( CHECK_FLAG(l1d_rf.blk_flag,IBB_FOUND) && (predict_power.DRX <=ibbd_threshold_DRX)) || (l1_obb_flag_DRX == 1) || CHECK_FLAG(l1d_rf.blk_flag,TPD_FOUND)) |
| /*HAL*/ { |
| /*HAL*/ setting.DRX = agcptr_DRX->blk_setting; |
| /*HAL*/ real_gain.DRX = agcptr_DRX->blk_gain; |
| /*HAL*/ lna_DRX = agcptr_DRX->blk_lna; |
| /*HAL*/ |
| /*HAL*/ #if IS_CHIP_MT6297_AND_LATTER_VERSION |
| /*HAL*/ //update rx dc tia gain and pga gain |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.drx_tia_gain_idx = agcptr_DRX->l1d_w_blk_tia_pga_count_idx; |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.drx_pga_gain_idx = agcptr_DRX->l1d_w_blk_pga_gain_idx; |
| /*HAL*/ #endif |
| /*HAL*/ } |
| /*HAL*/ #endif |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ setting.DRX = agcptr_DRX->setting; |
| /*HAL*/ real_gain.DRX = agcptr_DRX->gain; |
| /*HAL*/ lna_DRX = agcptr_DRX->lna; |
| /*HAL*/ |
| /*HAL*/ #if IS_CHIP_MT6297_AND_LATTER_VERSION |
| /*HAL*/ //update rx dc tia gain and pga gain |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.drx_tia_gain_idx = agcptr_DRX->l1d_wo_blk_tia_pga_count_idx; |
| /*HAL*/ l1d_rf.gl1d_rx_dc_tia_pga_idx.drx_pga_gain_idx = agcptr_DRX->l1d_wo_blk_pga_gain_idx; |
| /*HAL*/ #endif |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 11230, real_gain.PRX, real_gain.DRX ); |
| /*HAL*/ } |
| /*HAL*/ *gain_settingPRX = setting.PRX; |
| /*HAL*/ *gain_settingDRX = setting.DRX; |
| /*HAL*/ |
| /*HAL*/#if IS_RF_MT6190T |
| /*HAL*/ //show lna mode instead |
| /*HAL*/ l1d_rf.xwin_elna_status = lna_PRX; |
| /*HAL*/ l1d_rf.xwin_elna_status_DRX = lna_DRX; |
| /*HAL*/#else |
| /*HAL*/ /* get eLNA status */ |
| /*HAL*/ l1d_rf.xwin_elna_status = agcptr_PRX->elna_type; |
| /*HAL*/ l1d_rf.xwin_elna_status_DRX = agcptr_DRX->elna_type; |
| /*HAL*/#endif |
| /*HAL*/ |
| /*HAL*/ /* consider the LNA path loss */ |
| /*HAL*/ switch( lna_PRX ) |
| /*HAL*/ { |
| /*HAL*/ case L1D_LNA_HIGH_SENSITIVITY: /* LNA_Utra_High */ |
| /*HAL*/ lna_path_loss.PRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_PRX->gain_offset_high_sensitivity-ofsptr_PRX->gain_offset)); |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_HIGH: /* LNA_High */ /*Base for path loss calibration*/ |
| /*HAL*/ lna_path_loss.PRX = 0; |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_MIDDLE: /* LNA_Middle */ |
| /*HAL*/ if( l1_obb_flag_PRX == 1) //when ELNA usage, it is impossible to see OBB flag! |
| /*HAL*/ { lna_path_loss.PRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_PRX->gain_offset_middle_sawless-ofsptr_PRX->gain_offset));} |
| /*HAL*/ else |
| /*HAL*/ { lna_path_loss.PRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_PRX->gain_offset_middle-ofsptr_PRX->gain_offset));} |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_LOW: /* LNA_Low */ |
| /*HAL*/ lna_path_loss.PRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_PRX->gain_offset_low-ofsptr_PRX->gain_offset)); |
| /*HAL*/ break; |
| /*HAL*/ default: /* LNA_Low *//*BYPASS*/ |
| /*HAL*/ lna_path_loss.PRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_PRX->gain_offset_low_maxpin-ofsptr_PRX->gain_offset)); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ switch( lna_DRX ) |
| /*HAL*/ { |
| /*HAL*/ case L1D_LNA_HIGH_SENSITIVITY: /* LNA_Utra_High */ |
| /*HAL*/ lna_path_loss.DRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_DRX->gain_offset_high_sensitivity-ofsptr_DRX->gain_offset)); |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_HIGH: /* LNA_High */ /*Base for path loss calibration*/ |
| /*HAL*/ lna_path_loss.DRX = 0; |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_MIDDLE: /* LNA_Middle */ |
| /*HAL*/ if( l1_obb_flag_DRX == 1) //when ELNA usage, it is impossible to see OBB flag! |
| /*HAL*/ { lna_path_loss.DRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_DRX->gain_offset_middle_sawless-ofsptr_DRX->gain_offset));} |
| /*HAL*/ else |
| /*HAL*/ { lna_path_loss.DRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_DRX->gain_offset_middle-ofsptr_DRX->gain_offset));} |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_LOW: /* LNA_Low */ |
| /*HAL*/ lna_path_loss.DRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_DRX->gain_offset_low-ofsptr_DRX->gain_offset)); |
| /*HAL*/ break; |
| /*HAL*/ default: /* LNA_Low *//*BYPASS*/ |
| /*HAL*/ lna_path_loss.DRX = (l1d_rf2.is_fhc) ? (0) : ((Gain)(lnaptr_DRX->gain_offset_low_maxpin-ofsptr_DRX->gain_offset)); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ |
| /*HAL*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*HAL*/ /* get the arfcn section */ |
| /*HAL*/ ofsptr_offset_PRX = AGCLNA_PATHLOSS_OFFSET[rf_band]; |
| /*HAL*/ ofsptr_offset_DRX = AGCLNA_PATHLOSS_RXD_OFFSET[rf_band]; |
| /*HAL*/ while( ofsptr_offset_PRX->max_arfcn>=0 ) |
| /*HAL*/ { if( arfcn <= ofsptr_offset_PRX->max_arfcn ) |
| /*HAL*/ { break; } |
| /*HAL*/ ofsptr_offset_PRX++; |
| /*HAL*/ } |
| /*HAL*/ while( ofsptr_offset_DRX->max_arfcn>=0 ) |
| /*HAL*/ { if( arfcn <= ofsptr_offset_DRX->max_arfcn ) |
| /*HAL*/ { break; } |
| /*HAL*/ ofsptr_offset_DRX++; |
| /*HAL*/ } |
| /*HAL*/ if( rx_power_offset_enable ) |
| /*HAL*/ { |
| /*HAL*/ if( ( L1D_CheckIfMetaMode() && ( meta_rx_power_offset_enable == 1 )) || // DUT In META mode and enable META mode compensation |
| /*HAL*/ (L1D_CheckIfMetaMode() == 0) // DUT in normal mode, apply compensation |
| /*HAL*/ ) |
| /*HAL*/ { |
| /*HAL*/ switch( lna_PRX ) |
| /*HAL*/ { |
| /*HAL*/ case L1D_LNA_HIGH_SENSITIVITY: /* LNA_Utra_High */ |
| /*HAL*/ lna_path_loss_offset.PRX = (Gain)(ofsptr_offset_PRX->gain_offset); |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_HIGH: /* LNA_High */ /*Base for path loss calibration*/ |
| /*HAL*/ lna_path_loss_offset.PRX = (Gain)(ofsptr_offset_PRX->gain_offset); |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_MIDDLE: /* LNA_Middle */ |
| /*HAL*/ if( l1_obb_flag_PRX == 1) //when ELNA usage, it is impossible to see OBB flag! But, for MLNA, it is possible. |
| /*HAL*/ { lna_path_loss_offset.PRX = (Gain)(ofsptr_offset_PRX->gain_offset_middle);} |
| /*HAL*/ else |
| /*HAL*/ { lna_path_loss_offset.PRX = (Gain)(ofsptr_offset_PRX->gain_offset_middle);} |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_LOW: /* LNA_Low */ |
| /*HAL*/ lna_path_loss_offset.PRX = (Gain)(ofsptr_offset_PRX->gain_offset_low); |
| /*HAL*/ break; |
| /*HAL*/ default: /* LNA_Low *//*BYPASS*/ |
| /*HAL*/ lna_path_loss_offset.PRX = (Gain)(ofsptr_offset_PRX->gain_offset_low); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ switch( lna_DRX ) |
| /*HAL*/ { |
| /*HAL*/ case L1D_LNA_HIGH_SENSITIVITY: /* LNA_Utra_High */ |
| /*HAL*/ lna_path_loss_offset.DRX = (Gain)(ofsptr_offset_DRX->gain_offset); |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_HIGH: /* LNA_High */ /*Base for path loss calibration*/ |
| /*HAL*/ lna_path_loss_offset.DRX = (Gain)(ofsptr_offset_DRX->gain_offset); |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_MIDDLE: /* LNA_Middle */ |
| /*HAL*/ if( l1_obb_flag_DRX == 1) //when ELNA usage, it is impossible to see OBB flag! But, for MLNA, it is possible. |
| /*HAL*/ { lna_path_loss_offset.DRX = (Gain)(ofsptr_offset_DRX->gain_offset_middle);} |
| /*HAL*/ else |
| /*HAL*/ { lna_path_loss_offset.DRX = (Gain)(ofsptr_offset_DRX->gain_offset_middle);} |
| /*HAL*/ break; |
| /*HAL*/ case L1D_LNA_LOW: /* LNA_Low */ |
| /*HAL*/ lna_path_loss_offset.DRX = (Gain)(ofsptr_offset_DRX->gain_offset_low); |
| /*HAL*/ break; |
| /*HAL*/ default: /* LNA_Low *//*BYPASS*/ |
| /*HAL*/ lna_path_loss_offset.DRX = (Gain)(ofsptr_offset_DRX->gain_offset_low); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ lna_path_loss_offset.PRX = 0; |
| /*HAL*/ lna_path_loss_offset.DRX = 0; |
| /*HAL*/ } |
| /*HAL*/ extern void L1D_RF_RPO_Trace( uint32 v1, uint32 v2, uint32 v3, uint32 v4, int32 v5, int32 v6 ); |
| /*HAL*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, lna_PRX, rf_band, arfcn, lna_path_loss_offset.PRX); |
| /*HAL*/ L1D_RF_RPO_Trace( L1D_CheckIfMetaMode(), meta_rx_power_offset_enable, lna_DRX, rf_band, arfcn, lna_path_loss_offset.DRX); |
| /*HAL*/ } |
| /*HAL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*HAL*/ |
| /*HAL*/ #if IS_RX_POWER_OFFSET_SUPPORT |
| /*HAL*/ real_gain.PRX -= (lna_path_loss_offset.PRX+lna_path_loss.PRX); |
| /*HAL*/ real_gain.DRX -= (lna_path_loss_offset.DRX+lna_path_loss.DRX); |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 11231, real_gain.PRX, real_gain.DRX ); |
| /*HAL*/ } |
| /*HAL*/ #else |
| /*HAL*/ real_gain.PRX -= lna_path_loss.PRX;// choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*HAL*/ real_gain.DRX -= lna_path_loss.DRX;// choose pathloss after LNA Mode selected according Nomral/HRD/IBBD |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 11232, real_gain.PRX, real_gain.DRX ); |
| /*HAL*/ } |
| /*HAL*/ #endif/*IS_RX_POWER_OFFSET_SUPPORT*/ |
| /*HAL*/ |
| /*HAL*/ |
| /*HAL*/ #if IS_RSSI_TC_SUPPORT |
| /*HAL*/ if(L1D_CheckIfMetaMode()==0)// Compensate RX Gain acoording to temperature when normal mode |
| /*HAL*/ { |
| /*HAL*/ real_gain.PRX-=L1D_RF_CompensateRXGain( l1d_rf.band ); |
| /*HAL*/ real_gain.DRX-=L1D_RF_CompensateRXGain( l1d_rf.band ); |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 11233, real_gain.PRX, real_gain.DRX ); |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ #endif |
| /*HAL*/ |
| /*HAL*/ |
| /*HAL*/ return( real_gain ); |
| /*HAL*/ } |
| /*HAL*/ Gain L1D_GAIN_DISTANCE(Gain one, Gain two ) |
| /*HAL*/ { |
| /*HAL*/ if (one>two) |
| /*HAL*/ {return (one-two); } |
| /*HAL*/ else |
| /*HAL*/ {return (two-one); } |
| /*HAL*/ } |
| /*HAL*/ L1D_RX_POWER L1D_RF_GetGainSetting_INVERSE( int rf_band, int arfcn, L1D_RX_GAIN request_gain) |
| /*HAL*/ { |
| /*HAL*/ L1D_RX_POWER predict_power; |
| /*HAL*/ const sL1DAGCHALSETTING *agcptr_PRX, *agcptr_DRX; |
| /*HAL*/ const sL1DAGCHALDATA *fullagcptr_PRX, *fullagcptr_DRX; |
| /*HAL*/ int tableidx_PRX=0,tableidx_DRX=0,tableidx_PRX_closest=0,tableidx_DRX_closest=0; |
| /*HAL*/ |
| /*HAL*/ /*choose table by P/D and by elna_type*/ |
| /*HAL*/ L1D_RF_AGC_TABLE_HAL_SELECT(rf_band,arfcn,&fullagcptr_PRX,&fullagcptr_DRX); |
| /*HAL*/ agcptr_PRX=fullagcptr_PRX->table; |
| /*HAL*/ agcptr_DRX=fullagcptr_DRX->table; |
| /*HAL*/ |
| /*HAL*/ /* clipping the request gain to the avialable gain */ |
| /*HAL*/ if( request_gain.PRX >= fullagcptr_PRX->max_request_gain ) |
| /*HAL*/ { request_gain.PRX = fullagcptr_PRX->max_request_gain; |
| /*HAL*/ } |
| /*HAL*/ else if( request_gain.PRX <= fullagcptr_PRX->min_request_gain ) |
| /*HAL*/ { request_gain.PRX = fullagcptr_PRX->min_request_gain; |
| /*HAL*/ } |
| /*HAL*/ if( request_gain.DRX >= fullagcptr_DRX->max_request_gain ) |
| /*HAL*/ { request_gain.DRX = fullagcptr_DRX->max_request_gain; |
| /*HAL*/ } |
| /*HAL*/ else if( request_gain.DRX <= fullagcptr_DRX->min_request_gain ) |
| /*HAL*/ { request_gain.DRX = fullagcptr_DRX->min_request_gain; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ /* choose pointer for gain setting */ |
| /*HAL*/ while( ((agcptr_PRX+tableidx_PRX)->gain) >= fullagcptr_PRX->min_request_gain ) |
| /*HAL*/ { |
| /*HAL*/ if (L1D_GAIN_DISTANCE(((agcptr_PRX+tableidx_PRX)->gain),request_gain.PRX) < L1D_GAIN_DISTANCE(((agcptr_PRX+tableidx_PRX_closest)->gain),request_gain.PRX) ) |
| /*HAL*/ { |
| /*HAL*/ tableidx_PRX_closest=tableidx_PRX; |
| /*HAL*/ } |
| /*HAL*/ if (L1D_GAIN_DISTANCE(((agcptr_PRX+tableidx_PRX_closest)->gain),request_gain.PRX) < ( (Gain)(ROUNDINT(( 2 )*(PWRRES))) ) ) |
| /*HAL*/ { |
| /*HAL*/ break;//less than 2dB is enough |
| /*HAL*/ } |
| /*HAL*/ tableidx_PRX++; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ while( ((agcptr_DRX+tableidx_DRX)->gain) >= fullagcptr_DRX->min_request_gain ) |
| /*HAL*/ { |
| /*HAL*/ if (L1D_GAIN_DISTANCE(((agcptr_DRX+tableidx_DRX)->gain),request_gain.DRX) < L1D_GAIN_DISTANCE(((agcptr_DRX+tableidx_DRX_closest)->gain),request_gain.DRX) ) |
| /*HAL*/ { |
| /*HAL*/ tableidx_DRX_closest=tableidx_DRX; |
| /*HAL*/ } |
| /*HAL*/ if (L1D_GAIN_DISTANCE(((agcptr_DRX+tableidx_DRX_closest)->gain),request_gain.DRX) < ( (Gain)(ROUNDINT(( 2 )*(PWRRES))) ) ) |
| /*HAL*/ { |
| /*HAL*/ break;//less than 2dB is enough |
| /*HAL*/ } |
| /*HAL*/ tableidx_DRX++; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ predict_power.PRX = (agcptr_PRX+tableidx_PRX_closest)->inputpower; |
| /*HAL*/ predict_power.DRX = (agcptr_DRX+tableidx_DRX_closest)->inputpower; |
| /*HAL*/ |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 12192, request_gain.PRX, predict_power.DRX ); |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ return( predict_power ); |
| /*HAL*/ } |
| /*HAL*/ L1D_RX_POWER L1D_RF_CalibrationInputpowerCheck( int rf_band, int arfcn, L1D_RX_POWER instrument_downlink_power, LNACalSeqV5_E prx_lna_mode_in_TST, LNACalSeqV5_E drx_lna_mode_in_TST) |
| /*HAL*/ { |
| /*HAL*/ L1D_RX_POWER return_downlink_power_for_the_lna_mode={0,0}; |
| /*HAL*/ const sL1DAGCHALSETTING *agcptr_PRX, *agcptr_DRX; |
| /*HAL*/ const sL1DAGCHALDATA *fullagcptr_PRX, *fullagcptr_DRX; |
| /*HAL*/ int tableidx_PRX=0,tableidx_DRX=0,i,j,distanceForLess,distanceForMore; |
| /*HAL*/ const int unuseDistance=9999; |
| /*HAL*/ L1D_LNA_TYPE_E prx_lna_mode=0, drx_lna_mode=0; |
| /*HAL*/ int bypass_prx_search=0, bypass_drx_search=0; |
| /*HAL*/ |
| /*HAL*/ /*[PRX]change enum from TST (RfTestRx_Lna_Mode_E) to L1D (L1D_LNA_TYPE_E)*/ |
| /*HAL*/ switch( prx_lna_mode_in_TST ) |
| /*HAL*/ { |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_UTRA_HIGH: |
| /*HAL*/ prx_lna_mode = L1D_LNA_HIGH_SENSITIVITY; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_HIGH: |
| /*HAL*/ prx_lna_mode = L1D_LNA_HIGH; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_MID: |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_MID_SAWLESS: |
| /*HAL*/ prx_lna_mode = L1D_LNA_MIDDLE; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_LOW: |
| /*HAL*/ prx_lna_mode = L1D_LNA_LOW; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_BYPASS_LOW: |
| /*HAL*/ prx_lna_mode = L1D_LNA_LOW_MAXPIN; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_NULL: |
| /*HAL*/ prx_lna_mode = L1D_LNA_LOW_MAXPIN; |
| /*HAL*/ bypass_prx_search = 1; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_WCOEF: |
| /*HAL*/ default: |
| /*HAL*/ ASSERT(0); //abnormal input |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ /*[DRX]change enum from TST (RfTestRx_Lna_Mode_E) to L1D (L1D_LNA_TYPE_E)*/ |
| /*HAL*/ switch( drx_lna_mode_in_TST ) |
| /*HAL*/ { |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_UTRA_HIGH: |
| /*HAL*/ drx_lna_mode = L1D_LNA_HIGH_SENSITIVITY; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_HIGH: |
| /*HAL*/ drx_lna_mode = L1D_LNA_HIGH; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_MID: |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_MID_SAWLESS: |
| /*HAL*/ drx_lna_mode = L1D_LNA_MIDDLE; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_LOW: |
| /*HAL*/ drx_lna_mode = L1D_LNA_LOW; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_BYPASS_LOW: |
| /*HAL*/ drx_lna_mode = L1D_LNA_LOW_MAXPIN; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_NULL: |
| /*HAL*/ drx_lna_mode = L1D_LNA_LOW_MAXPIN; |
| /*HAL*/ bypass_drx_search = 1; |
| /*HAL*/ break; |
| /*HAL*/ case GSM_RX_CAL_SEQ_V5_WCOEF: |
| /*HAL*/ default: |
| /*HAL*/ ASSERT(0); //abnormal input |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ /*[PRX][DRX]choose table by P/D and by elna_type*/ |
| /*HAL*/ L1D_RF_AGC_TABLE_HAL_SELECT(rf_band,arfcn,&fullagcptr_PRX,&fullagcptr_DRX); |
| /*HAL*/ agcptr_PRX=fullagcptr_PRX->table; |
| /*HAL*/ agcptr_DRX=fullagcptr_DRX->table; |
| /*HAL*/ |
| /*HAL*/ /*[PRX][DRX]clipping the instrument_downlink_power to the avialable downlink power */ |
| /*HAL*/ if( instrument_downlink_power.PRX >= fullagcptr_PRX->max_predict_power ) |
| /*HAL*/ { instrument_downlink_power.PRX = fullagcptr_PRX->max_predict_power; |
| /*HAL*/ } |
| /*HAL*/ else if( instrument_downlink_power.PRX <= fullagcptr_PRX->min_predict_power ) |
| /*HAL*/ { instrument_downlink_power.PRX = fullagcptr_PRX->min_predict_power; |
| /*HAL*/ } |
| /*HAL*/ if( instrument_downlink_power.DRX >= fullagcptr_DRX->max_predict_power ) |
| /*HAL*/ { instrument_downlink_power.DRX = fullagcptr_DRX->max_predict_power; |
| /*HAL*/ } |
| /*HAL*/ else if( instrument_downlink_power.DRX <= fullagcptr_DRX->min_predict_power ) |
| /*HAL*/ { instrument_downlink_power.DRX = fullagcptr_DRX->min_predict_power; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ if (bypass_prx_search==0) |
| /*HAL*/ { |
| /*HAL*/ /*[PRX]choose pointer for checking lna_mode */ |
| /*HAL*/ while( instrument_downlink_power.PRX > agcptr_PRX->inputpower ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_PRX++; |
| /*HAL*/ tableidx_PRX++; |
| /*HAL*/ } |
| /*HAL*/ if (tableidx_PRX>0)//Eliminate the case of minimal input power |
| /*HAL*/ { |
| /*HAL*/ if( (agcptr_PRX->inputpower - instrument_downlink_power.PRX)>( instrument_downlink_power.PRX - (agcptr_PRX-1)->inputpower) ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_PRX--; |
| /*HAL*/ tableidx_PRX--; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ /*[PRX]Is this lna_mode in the corresponding input power */ |
| /*HAL*/ if ( agcptr_PRX->lna == prx_lna_mode ) |
| /*HAL*/ { |
| /*HAL*/ return_downlink_power_for_the_lna_mode.PRX = agcptr_PRX->inputpower; |
| /*HAL*/ } |
| /*HAL*/ else //find the better input power to retrun |
| /*HAL*/ { |
| /*HAL*/ distanceForLess=unuseDistance;distanceForMore=unuseDistance; |
| /*HAL*/ for(i=0;((agcptr_PRX-i)->inputpower) > (fullagcptr_PRX->min_predict_power); i++)//To min_power |
| /*HAL*/ { |
| /*HAL*/ if (((agcptr_PRX-i)->lna)==prx_lna_mode) |
| /*HAL*/ { |
| /*HAL*/ distanceForLess=((agcptr_PRX)->inputpower)-((agcptr_PRX-i)->inputpower); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ for(j=0;((agcptr_PRX+j)->inputpower) < (fullagcptr_PRX->max_predict_power); j++)//To max_power |
| /*HAL*/ { |
| /*HAL*/ if (((agcptr_PRX+j)->lna)==prx_lna_mode) |
| /*HAL*/ { |
| /*HAL*/ distanceForMore=((agcptr_PRX+j)->inputpower)-((agcptr_PRX)->inputpower); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ if (distanceForLess!=unuseDistance || distanceForMore!=unuseDistance)//At least found in one direction |
| /*HAL*/ { |
| /*HAL*/ if (distanceForLess<=distanceForMore) |
| /*HAL*/ { return_downlink_power_for_the_lna_mode.PRX = ((agcptr_PRX-i)->inputpower);//use less power |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { return_downlink_power_for_the_lna_mode.PRX = ((agcptr_PRX+j)->inputpower);//use more power |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 19201, rf_band, prx_lna_mode ); |
| /*HAL*/ ASSERT(0);//There is no such lna mode |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ return_downlink_power_for_the_lna_mode.PRX = instrument_downlink_power.PRX; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ if (bypass_drx_search==0) |
| /*HAL*/ { |
| /*HAL*/ /*[DRX]choose pointer for checking lna_mode */ |
| /*HAL*/ while( instrument_downlink_power.DRX > agcptr_DRX->inputpower ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_DRX++; |
| /*HAL*/ tableidx_DRX++; |
| /*HAL*/ } |
| /*HAL*/ if (tableidx_DRX>0)//Eliminate the case of minimal input power |
| /*HAL*/ { |
| /*HAL*/ if( (agcptr_DRX->inputpower - instrument_downlink_power.DRX)>( instrument_downlink_power.DRX - (agcptr_DRX-1)->inputpower) ) |
| /*HAL*/ { |
| /*HAL*/ agcptr_DRX--; |
| /*HAL*/ tableidx_DRX--; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ /*[DRX]Is this lna_mode in the corresponding input power */ |
| /*HAL*/ if ( agcptr_DRX->lna == drx_lna_mode ) |
| /*HAL*/ { |
| /*HAL*/ return_downlink_power_for_the_lna_mode.DRX = agcptr_DRX->inputpower; |
| /*HAL*/ } |
| /*HAL*/ else //find the better input power to retrun |
| /*HAL*/ { |
| /*HAL*/ distanceForLess=unuseDistance;distanceForMore=unuseDistance; |
| /*HAL*/ for(i=0;((agcptr_DRX-i)->inputpower) > (fullagcptr_DRX->min_predict_power); i++)//To min_power |
| /*HAL*/ { |
| /*HAL*/ if (((agcptr_DRX-i)->lna)==drx_lna_mode) |
| /*HAL*/ { |
| /*HAL*/ distanceForLess=((agcptr_DRX)->inputpower)-((agcptr_DRX-i)->inputpower); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ for(j=0;((agcptr_DRX+j)->inputpower) < (fullagcptr_DRX->max_predict_power); j++)//To max_power |
| /*HAL*/ { |
| /*HAL*/ if (((agcptr_DRX+j)->lna)==drx_lna_mode) |
| /*HAL*/ { |
| /*HAL*/ distanceForMore=((agcptr_DRX+j)->inputpower)-((agcptr_DRX)->inputpower); |
| /*HAL*/ break; |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ if (distanceForLess!=unuseDistance || distanceForMore!=unuseDistance)//At least found in one direction |
| /*HAL*/ { |
| /*HAL*/ if (distanceForLess<=distanceForMore) |
| /*HAL*/ { return_downlink_power_for_the_lna_mode.DRX = ((agcptr_DRX-i)->inputpower);//use less power |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { return_downlink_power_for_the_lna_mode.DRX = ((agcptr_DRX+j)->inputpower);//use more power |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 19202, rf_band, drx_lna_mode ); |
| /*HAL*/ ASSERT(0);//There is no such lna mode |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ return_downlink_power_for_the_lna_mode.DRX = instrument_downlink_power.DRX; |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ if( L1D_CheckIfMetaMode()==1) |
| /*HAL*/ { |
| /*HAL*/ L1D_RF_Info_Trace( 19299, return_downlink_power_for_the_lna_mode.PRX, return_downlink_power_for_the_lna_mode.DRX ); |
| /*HAL*/ } |
| /*HAL*/ |
| /*HAL*/ return( return_downlink_power_for_the_lna_mode ); //In the end, L1D use them |
| /*HAL*/ } |
| /*HAL*/ void L1D_RF_GetCalibrationINFO( RfTestCmdCalInfoV5AllBandCnfPdu_T *gl1tst_get_rxd_info ) |
| /*HAL*/ { |
| /*HAL*/ int rf_band,table_index; |
| /*HAL*/ unsigned short prx_elna_type,drx_elna_type; |
| /*HAL*/ for (rf_band=FrequencyBand850;rf_band<=FrequencyBand1900;rf_band++) |
| /*HAL*/ { |
| /*HAL*/ if (L1D_RF_Check_If_Prx_Enable(rf_band)==L1D_RX_PATH_OFF) |
| /*HAL*/ { |
| /*HAL*/ prx_elna_type = L1D_ELNA_IN_PATH_OFF; |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ prx_elna_type = L1D_RF_Check_If_ExternalLNA(rf_band); //enum L1D_ELNA_USAGE |
| /*HAL*/ } |
| /*HAL*/ if (L1D_RF_Check_If_Drx_Enable(rf_band)==L1D_RX_PATH_OFF) |
| /*HAL*/ { |
| /*HAL*/ drx_elna_type = L1D_ELNA_IN_PATH_OFF; |
| /*HAL*/ } |
| /*HAL*/ else |
| /*HAL*/ { |
| /*HAL*/ drx_elna_type = L1D_RF_Check_If_ExternalLNA_RXD(rf_band); //enum L1D_ELNA_USAGE |
| /*HAL*/ } |
| /*HAL*/ table_index = L1D_RF_TST_INFO_ELNA_MAPPING_TABLE[prx_elna_type][drx_elna_type]; |
| /*HAL*/ |
| /*HAL*/ //(1)take all |
| /*HAL*/ kal_mem_cpy(&(gl1tst_get_rxd_info->GSM_Band_Info[rf_band-1]), &L1D_RF_TST_INFO_TABLE[table_index], sizeof(RfTestCmdCalInfoV5_T)); |
| /*HAL*/ //(2)update wcoef_arfcn |
| /*HAL*/ kal_mem_cpy((gl1tst_get_rxd_info->GSM_Band_Info[rf_band-1].wcoef_arfcn), &L1D_RF_TST_INFO_WCOEF_ARFCN[rf_band], (sizeof(kal_int16)*8)); |
| /*HAL*/ |
| /*HAL*/ } |
| /*HAL*/ } |
| void L1D_RF_RX_Gain_Calculate( RfTestCmdRxGainCalculate_V5 *calculate_req, RfTestResultRxGainCalculate_V5 *calculate_cnf ) |
| { |
| #if 0 //not yet coding but it will cause xl1sim Warnings |
| /* under construction !*/ |
| /* under construction !*/ |
| /* under construction !*/ |
| #endif |
| calculate_cnf->calculate_status = GSM_CALCULATE_FAIL; |
| } |
| #endif |