rfradio.hec

这是用Labwindows开发的一个RF test程序。 用于日本机种的组装后ANT 测试。

/******************************************************************************/
/* SCCS: %Z% Name: %M% Date US: %G% %U% Ver.: %I% */
/******************************************************************************/
/*F(*************************************************************************** 
 * File name : rfradio.hec
 * Project : 
 * Module : RF
 * Date : 10/10/02
 * Version : 1.0
 * Compiler name and release(s) :
 *----------------------------------------------------------------------------* 
 *----------------------------------------------------------------------------* 
 *                                    DESCRIPTION
 *
 *----------------------------------------------------------------------------* 
 *----------------------------------------------------------------------------* 
 *                           FUNCTIONS DEFINED IN THIS FILE
 *----------------------------------------------------------------------------* 
 * Name            | Object
 *----------------------------------------------------------------------------* 
 * 
 *----------------------------------------------------------------------------*
 *----------------------------------------------------------------------------* 
 *                                    EVOLUTION
 *----------------------------------------------------------------------------* 
 * Date     | Author    | Arnb   | Description
 *----------------------------------------------------------------------------* 
 * 10/10/02 | C.DOUMENC |	     | creation from rfradio.ho  in order         *
 *          |           |	     | to separate type definition from           *
 *          |           |        | structure initialisation                   *
 ***************************************************************************)F*/

#ifndef RFRADIO_HEC
#define RFRADIO_HEC

/*======================================================================*/
/* THE DESCRIPTION OF THE RADIO PARAMETERS, AND RADIO MANAGEMENT ARE    */
/* BASED ON THE FOLLOWING DOCUMENT                                      */
/*  1-"Procedure de reglage du terminal A1"    	                        */
/*  2-"Radio Interface"                                                 */
/*======================================================================*/


#define HEE_PANT1_GSM                  -97		/*dBm*/

#define HEE_PANT1_DCS                  -96		/*dBm*/

#define HEE_AGC_MARGIN              40		/*between 0dB BAI and voltage 	 output in 1/2 dB (20dB)*/ 
#define HEE_OFFSET_STEP		   60 
	    /*do the conversion between the DSP offset and the best offset*/

#if defined(DISCRETE_13MHZ_HDW)

#define HEE_FOI_STEP_GSM              5000
#define HEE_FOI_STEP_DCS	      2520
#define HEE_FOI_INIT                  2050

#define HEE_REF_CAL                   118

#else /*DISCRETE_13MHZ_HDW*/

#define HEE_FOI_STEP_GSM              6600
#define HEE_FOI_STEP_DCS	      3400

#if defined(BAI_50733_HDW)
#define HEE_FOI_INIT		      2467 	
#else
#define HEE_FOI_INIT		      2050
#endif

#define HEE_REF_CAL                   0
	
#endif /* DISCRETE_13MHZ_HDW */

#define HEE_LOW_BATT_REDUCTION     0

		 /*It is used for low battery */	
		/*In case of low battery indication and max tx power level*/
		/*this reduction is aaplied*/

#define	 HEE_TxBIEN0_DEFAULT	80
/* 20 bits pour Lock Close-Loop == 80 QB*/

#define	 HEE_TxTRU_DEFAULT	HEE_TxBIEN0_DEFAULT+11
 /*equal to BIEN0 more the settling time between the fall of BIEN0 and the end of the radio close loop (before the data)*/

	
/* Suppression of the + 3 QB made on A1 platform on TRD				 */
/* This compensation was made on BIEN1 signal to decrease the effect of a peak   */
/* phase error due to the inversion of the I/Q signal on OM5178                  */
/* This compensation must not be made on TRD or TRM signals		         */
#if !defined(RADIO_TABLE_A1_PLUS)
#define	 HEE_TxTRD_NB_DEFAULT	HEE_TxTRU_DEFAULT+627 
				/*TRU+8*4(ramp up)+148*4(148 bits in NB)+3QB*/	
#define	 HEE_TxTRD_AB_DEFAULT	HEE_TxTRU_DEFAULT+387 
				/*TRU+8*4(ramp up)+88*4(88 bits in AB)+3QB*/

#else /* !defined(RADIO_TABLE_A1_PLUS) */
#define	 HEE_TxTRD_NB_DEFAULT	HEE_TxTRU_DEFAULT+624 
				/*TRU+8*4(ramp up)+148*4(148 bits in NB)*/	
#define	 HEE_TxTRD_AB_DEFAULT	HEE_TxTRU_DEFAULT+384 
				/*TRU+8*4(ramp up)+88*4(88 bits in AB)*/
#endif /* !defined(RADIO_TABLE_A1_PLUS) */


#define	 HEE_TxTRM_DEFAULT	HEE_TxTRD_NB_DEFAULT 
					

#define	 HEE_TxBIEN1_NB_DEFAULT	HEE_TxBIEN0_DEFAULT+627
				/*BIEN0+8*4(ramp up)+148*4-1QB+4QB*/	
#define	 HEE_TxBIEN1_AB_DEFAULT	HEE_TxBIEN0_DEFAULT+387
				/*BIEN0+8*4(ramp up)+88*4-1QB+4QB*/

#define	 HEE_TxBIEN12_NB_DEFAULT	HEE_TxBIEN0_DEFAULT+624+627
				/*BIEN0+8*4(ramp up)+148*4-1QB+4QB*/


#define HEE_RADIO_DELAY_GSM            -24		 
#define HEE_RADIO_DELAY_DCS	       -24		
#define HEE_REFON_VAL                2 /*to switch between 32kHz and 13MHz*/ 		

/*======= Version Number of EEprom Radio parameters organisation =======*/
/* during the declaration of the variable corresponding to the          */
/* structure s_hee_EepromBaseBand, the following variable have to be     */
/* initialize with the value HEE_EEPROM_RADIO_VERSION                   */
/* !!!!! Each time that the typedef t_hee_EepromBaseBand is modified    */
/* !!!!! HEE_EEPROM_RADIO_VERSION HAVE TO BE INCREMENTED                */
/*                               ======================                 */

#if !defined(RADIO_TABLE_A1_PLUS)
#define HEE_EEPROM_RADIO_VERSION     0x0A
#else /* !defined(RADIO_TABLE_A1_PLUS) */
#define HEE_EEPROM_RADIO_VERSION     0x0D
#endif /* !defined(RADIO_TABLE_A1_PLUS) */


#define HEE_EEPROM_CHECK_SUM_V1      0x98
#define HEE_EEPROM_RADIO_SIZE        sizeof(t_hee_EepromBaseBand)

#define HEE_RX_AGC_COMPENSATION_NB     18  /*number of index in compensation table */
						/* 30 for A1  */


#define HEE_HAMMING_COEF_NB		   16 /* nb of hamming coef */

#if !defined(BAI_50733_HDW)
#define HEE_ADC1A_TIMING                   40
#else /* BAI_50733_HDW */
#define HEE_ADC1A_TIMING                   70
#endif /* BAI_50733_HDW */

#if defined(RADIO_TABLE_A1_PLUS)
#define HEE_ADC1A_TIMING2		   00
#endif /* defined(RADIO_TABLE_A1_PLUS) */


/*=====================================================================*/
/*                                                                     */
/*                      D E F A U L T     V A L U E S                  */
/*                                                                     */
/*=====================================================================*/
GLOBAL const t_hee_DefaultEepromBaseBand s_hee_DefaultEepromBaseBand


#if (!defined(HEE0PRO_C) && !defined(IHM52TAB_C))
         ;
#else
={

/*$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$*/
/*====================================================================*/
/*              DEFAULT PARAMETER FOR SYSOL2                          */
/*====================================================================*/
/*$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$*/


        {
        /* Checksum                                                    */
        HEE_EEPROM_CHECK_SUM_V1,

        /* Radio version                                               */
        HEE_EEPROM_RADIO_VERSION,

        /* v_hee_RadioParamSectionSize */
        HEE_EEPROM_RADIO_SIZE,

        /* Signature                                                   */
        0x31323334
        }
        ,

        /*=============================================================*/
        /*                     Reception parameters                    */
        /*=============================================================*/


        /**************************************/
        /*Parameters in RX, GSM : s_Rx_GSM    */
        /**************************************/

        /* a_rf_ChanBound in EGSM (frequency partition) from 0 to 124+49*/
	/********************************************************************/
        /* CAUTION THE VALUES GIVEN BY RF TEAM ARE REAL CHANNELS IE 975 TO  */
        /* 1023 and 0 to 123, THERE ARE NOT THE VALUES TO ENTER IN THE ARRAY*/
        /* YOU NEED TO SET EGSM VALUES IN THE RANGE 0 TO 48,0=975,48=1023   */
        /* FOR GSM VALUES, YOU NEED TO ADD 49 TO THE CHANNEL TO HAVE THE    */
        /* GSM CHANNELS IN THE RANGE 49 TO 173 */
	/********************************************************************/
        {
        {65 , 80, 120, 155},

        /* Table For fine compensation in function of Teperature vertical     */
        /* and channel horizontal in GSM : a_rf_FineGain                      */
        {
        { -4, -2,  9, -7, 5},
        { -4, -2,  9, -7, 5},
        { -4, -2,  9, -7, 5}
        },

        /* lower antenna power boundary in GSM :  v_rf_Pant1                  */
        HEE_PANT1_GSM,


        }, /*end s_Rx_GSM*/

        /**************************************/
        /*Parameters in RX, DCS : s_Rx_DCS    */
        /**************************************/
        {
        /*a_rf_ChanBound in DCS(frequency partition)                 */
        {660 , 710, 780, 850},

        /* Table For fine compensation in function of Teperature vertical     */
        /* and channel vertical in DCS : a_rf_FineGain                        */
        {
        { -7,  3,  6,  -1,  -3},
        { -7,  3,  6,  -1,  -3},
        { -7,  3,  6,  -1,  -3}
        },

        /* lower antenna power boundary in DCS :  v_rf_Pant1                  */
        HEE_PANT1_DCS


        }, /*end s_Rx_DCS*/

        /**************************************/
        /*Parameters in RX    : s_Rx_Generic  */
        /**************************************/
        {

        /* Margin taken into account in AGC computation : v_rf_RxMargin      */
        HEE_AGC_MARGIN,


        /*MC_PCC_FILL_STRUCT3                                                */
        {0,0,0}

        },


        /*=============================================================*/
        /*                     Transmission parameters                 */
        /*=============================================================*/

        /*PA1,PA2 st_pa_Tx*/

        /*%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%*/
        /*% Parameters for PA1 in TX (GSM,DCS)               %*/
        /*%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%*/
        {/*PA1 st_pa_Tx */

        /******************************************/
        /*Parameters PA1 in TX, GSM : s_Tx_GSM    */
        /******************************************/
        { /*PA1 s_Tx_GSM*/
        /* PAC compensation in function of the Power in GSM: s_pa_TxGainTuning_GSM  */
        {
                        {759, 99, 0, 50},
                        {632, 98, 0, 50},
                        {530, 97, 0, 50},
                        {419, 95, 0, 50},
                        {333, 93, 0, 50},
                        {267, 93, 0, 50},
                        {217, 91, 0, 50},
                        {177, 89, 0, 50},
                        {149, 85, 0, 50},
                        {125, 83, 0, 50},
                        {114, 83, 0, 50},
                        {97, 83, 0, 50},
                        {88, 82, 0, 50},
                        {82, 75, 0, 50},
                        {76, 72, 0, 50}
        },

        /* Table for Tx TRU delay tuning in GSM : a_pa_TRU_DeltaT GSM   */
        { 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 2, 2, 0, -7, -14},

        /* Table for Tx TRD delay tuning in GSM : a_pa_TRD_DeltaT GSM   */
        { -1, -1, -1, -1, -1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1},

        /* F(0) tuning for High level according temperature :           */
        /* a_pa_TxHamming_0_Adjust                                      */
        {4,0,-5},

        /* F(15) tuning for low level according temperature :           */
        /* a_pa_PeakPowerAdjust                                         */
        {-10,0,0},

        /* TRU tuning for low level according temperature :             */
        /* a_pa_TRU_Adjust                                              */
        {2,0,0},

        /* Boundary on low power level for F(0) : v_pa_Thresh_Hamming0  */
        5,

        /* Boundary on high power level for F(15): v_pa_Thresh_PeakPower*/
        5,

        /* Boundary on low power level for TRU : v_pa_Thresh_TRU        */
        17,

        /* Boundary on power level for Hamming value: v_pa_Thresh_HammingLevel*/
        14,


         /*fill bytes                                                   */
        0,


        /* Fine Tx TRM delay tuning in GSM                                      */
        {  2,  2,  2,  2,  2,  2,  2,  2, -4, -4, -4, -4, -4, -4, -4},

        /* TRM tuning for low level according temperature :             */
        /* a_pa_TRM_Adjust                                              */
        {0,0,0},

        /* Boundary on low power level for TRM : v_pa_Thresh_TRM        */
        0,

        /* Boundary on power level for Middle Hamming value:            */
        /* v_pa_Thresh_MiddleHammingLevel                               */
        14

        }, /*PA1 s_Tx_GSM*/

        /******************************************/
        /*Parameters PA1 in TX, DCS : st_Tx_DCS    */
        /******************************************/
        { /*PA1 st_Tx_DCS*/
        /* PAC compensation in function of the Power in DCS :  s_pa_TxGainTuning_DCS */
        {
                        {850, 103, 0, 50},
                        {740, 102, 0, 50},
                        {580, 101, 0, 50},
                        {446, 99, 0, 50},
                        {358, 97, 0, 50},
                        {286, 95, 0, 50},
                        {236, 93, 0, 50},
                        {196, 91, 0, 50},
                        {162, 89, 0, 50},
                        {138, 87, 0, 50},
                        {117, 86, 0, 50},
                        {106, 86, 0, 50},
                        {96, 86, 0, 50},
                        {87, 82, 0, 50},
                        {81, 78, 0, 50},
                        {77, 74, 0, 50}
        },

        /* Table for Tx TRU delay tuning in DCS : a_pa_TRU_DeltaT DCS   */
        { 5, 5, 5, 5, 5, 5, 5, 4, 4, 4, 3, 2, 0, -3, -8, -16},

        /* Table for Tx TRD delay tuning in DCS : a_pa_TRD_DeltaT DCS   */
        { -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 0, 0, 1, 1, 1, 1},


        /* F(0) tuning for High level according temperature :           */
        /* a_pa_TxHamming_0_Adjust                                      */
        {6,0,-7},

        /* F(15) tuning for low level according temperature :           */
        /* a_pa_PeakPowerAdjust                                         */
        {-30,0,0},

        /* TRU tuning for low level according temperature :             */
        /* a_pa_TRU_Adjust                                              */
        {3,0,-2},



        /* Boundary on low power level for F(0) : v_pa_Thresh_Hamming0  */
        0,

        /* Boundary on high power level for F(15): v_pa_Thresh_PeakPower*/
        0,

        /* Boundary on low power level for TRU : v_pa_Thresh_TRU        */
        12,

        /* Boundary on power level for Hamming value: v_pa_Thresh_HammingLevel*/
        10,

        /*fill bytes                                                    */