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/*!
*******************************************************************************
* \FILE <ITD30x0.H>
*
* \BRIEF
* <ITD30x0 MP user API v2.2 - the part of declaration>
* - Source Integration
* - Added "Reset PLL" Option
* - Added "Power-down" Mode
* - Added "A,B type Selection"
* - RSSI Computing Option
*
* \DATE
* < 2006-08-28 >
*
* \AUTHOR
* Integrant Technologies. Inc.
* - <Dennis Hong> <chatmunk@integrant.com>
*******************************************************************************
*/
#include "standard.h"
extern Demodulator* Integrant_ITD3020_EXT_demodulator;
extern Byte Integrant_ITD3020_EXT_chip;
#pragma once
/* Register Map Define */
#define RD0 100 /*0x64*/
#define ID1 101 /*0x65*/
#define ID2 102 /*0x66*/
#define ID3 103 /*0x67*/
#define RD1 104 /*0x68*/
#define RD2 105 /*0x69*/
#define RD3 106 /*0x6a*/
#define RD4 107 /*0x6b*/
#define RD5 108 /*0x6c*/
#define RD6 109 /*0x6d*/
#define RD7 110 /*0x6e*/
#define RD8 111 /*0x6f*/
#define RD9 112 /*0x70*/
#define RD10 113 /*0x71*/
#define RD11 114 /*0x72*/
#define W01 115 /*0x73*/
#define W02 116 /*0x74*/
#define W03 117 /*0x75*/
#define W04 118 /*0x76*/
#define W05 119 /*0x77*/
#define W06 120 /*0x78*/
#define W07 121 /*0x79*/
#define W08 122 /*0x7a*/
#define W09 123 /*0x7b*/
#define W10 124 /*0x7c*/
#define W11 125 /*0x7d*/
#define W12 126 /*0x7e*/
#define W13 127 /*0x7f*/
#define W14 128 /*0x80*/
#define W15 129 /*0x81*/
#define W16 130 /*0x82*/
#define W17 131 /*0x83*/
#define W18 132 /*0x84*/
#define W19 133 /*0x85*/
#define W20 134 /*0x86*/
#define W21 135 /*0x87*/
#define W22 136 /*0x88*/
#define W23 137 /*0x89*/
#define W24 138 /*0x8a*/
#define W25 139 /*0x8b*/
#define W26 140 /*0x8c*/
#define W27 141 /*0x8d*/
#define W28 142 /*0x8e*/
#define W29 143 /*0x8f*/
#define W30 144 /*0x90*/
#define W31 145 /*0x91*/
#define W32 146 /*0x92*/
#define W33 147 /*0x93*/
#define W34 148 /*0x94*/
#define W35 149 /*0x95*/
#define W36 150 /*0x96*/
#define W37 151 /*0x97*/
#define W38 152 /*0x98*/
#define W39 153 /*0x99*/
#define W40 154 /*0x9a*/
#define W41 155 /*0x9b*/
#define W42 156 /*0x9c*/
#define W43 157 /*0x9d*/
#define W44 158 /*0x9e*/
#define W45 159 /*0x9f*/
#define W46 160 /*0xa0*/
#define W47 161 /*0xa1*/
#define W48 162 /*0xa2*/
#define W49 163 /*0xa3*/
#define W50 164 /*0xa4*/
#define RCHP0 165 /*0xa5*/
#define RCHP1 166 /*0xa6*/
#define RCHP2 167 /*0xa7*/
#define RCHP3 168 /*0xa8*/
#define RCHP4 169 /*0xa9*/
#define RCHP5 170 /*0xaa*/
#define RCHP6 171 /*0xab*/
#define RCHP7 172 /*0xac*/
#define RCHP8 173 /*0xad*/
#define RCHP9 174 /*0xae*/
#define RCHP10 175 /*0xaf*/
#define RCHP11 176 /*0xb0*/
#define RCHP12 177 /*0xb1*/
#define RCHP13 178 /*0xb2*/
#define RCHP14 179 /*0xb3*/
#define RCHP15 180 /*0xb4*/
#define DIVAGO 181 /*0xb5*/
#define AGODIS 182 /*0xb6*/
#define CUR_RF_FMBAND 0
#define CUR_RF_BAND3 1
#define CUR_RF_LBAND 2
#define REF_CLK16M 16
#define REF_CLK16_384M 16384 /* => representation ~Hz */
#define REF_CLK19_2M 19200 /* => representation ~Hz */
#define REF_CLK24_576M 24576 /* => representation ~Hz */
#define BAND3CH_5A 0
#define BAND3CH_5B 1
#define BAND3CH_5C 2
#define BAND3CH_5D 3
#define BAND3CH_6A 4
#define BAND3CH_6B 5
#define BAND3CH_6C 6
#define BAND3CH_6D 7
#define BAND3CH_7A 8
#define BAND3CH_7B 9
#define BAND3CH_7C 10
#define BAND3CH_7D 11
#define BAND3CH_8A 12
#define BAND3CH_8B 13
#define BAND3CH_8C 14
#define BAND3CH_8D 15
#define BAND3CH_9A 16
#define BAND3CH_9B 17
#define BAND3CH_9C 18
#define BAND3CH_9D 19
#define BAND3CH_10A 20
#define BAND3CH_10B 21
#define BAND3CH_10C 22
#define BAND3CH_10D 23
#define BAND3CH_11A 24
#define BAND3CH_11B 25
#define BAND3CH_11C 26
#define BAND3CH_11D 27
#define BAND3CH_12A 28
#define BAND3CH_12B 29
#define BAND3CH_12C 30
#define BAND3CH_12D 31
#define BAND3CH_13A 32
#define BAND3CH_13B 33
#define BAND3CH_13C 34
#define BAND3CH_13D 35
#define BAND3CH_13E 36
#define BAND3CH_13F 37
#define BAND3CH_MAX 38
#define KBANDCH_8A 0
#define KBANDCH_8B 1
#define KBANDCH_8C 2
#define KBANDCH_10A 3
#define KBANDCH_10B 4
#define KBANDCH_10C 5
#define KBANDCH_12A 6
#define KBANDCH_12B 7
#define KBANDCH_12C 8
#define KBANDCH_MAX 9
#define LBANDCH_LA 0
#define LBANDCH_LB 1
#define LBANDCH_LC 2
#define LBANDCH_LD 3
#define LBANDCH_LE 4
#define LBANDCH_LF 5
#define LBANDCH_LG 6
#define LBANDCH_LH 7
#define LBANDCH_LI 8
#define LBANDCH_LJ 9
#define LBANDCH_LK 10
#define LBANDCH_LL 11
#define LBANDCH_LM 12
#define LBANDCH_LN 13
#define LBANDCH_LO 14
#define LBANDCH_LP 15
#define LBANDCH_LQ 16
#define LBANDCH_LR 17
#define LBANDCH_LS 18
#define LBANDCH_LT 19
#define LBANDCH_LU 20
#define LBANDCH_LV 21
#define LBANDCH_LW 22
#define LBANDCH_MAX 23
#define LBAND_REVISION 0x12
#define LOW_IF_FREQ850 850 /* => representation ~Hz */
#define BAND_III_TABLE_LEN 26
#define LBAND_TABLE_LEN 2
#define FMBAND_TABLE_LEN 19
#define INT_U8 unsigned char
typedef struct
{
long lo_from; /* LO low boundary */
long lo_to; /* LO high boundary */
INT_U8 VCO_BAND; /* VCO_BAND */
INT_U8 VCO_RG; /* VCO_Range */
INT_U8 DIVSEL; /* Division selector */
} RG_NUM_BAND;
typedef struct
{
INT_U8 DIVSEL; /* Div sel 0~3 */
INT_U8 DIVCON; /* Divcon 3bit */
} DIV_CURRENT_SETTING;
extern long BAND3[BAND3CH_MAX];
extern long KBAND[KBANDCH_MAX];
extern long LBAND[LBANDCH_MAX];
extern int i;
extern int ADCOUT;
extern int cnt_loop;
extern long TUNER_REFCLK;
extern long LO_FREQ;
extern long PLL_FREQ;
extern long PLL_N, PLL_F;
extern int old_VCO_BAND;
extern int DIVSEL;
extern int BAND;
extern int VCORG;
extern long TUNER_IF;
extern long TUNER_RF;
extern int RegRFAGC;
extern int RegDATA71, RegDATA72;
extern long fInpRFPOW;
extern INT_U8 FCCLK;
extern INT_U8 RFAGC_SPEED_L; /* SPEED[2:0] we had a resolution of 10 bits for RFAGC */
extern INT_U8 RFAGC_SPEED_H; /* SPEED[9:3] */
extern INT_U8 IFAGC_SPEED;
extern INT_U8 AGCMODE;
extern INT_U8 CurBAND;
void PostProcessingAfterInit();
void ITD30x0MP_Tuner_Init();
long SetFreq(long iRF); /* Set RF Freq. Function. */
void PLLReset();
unsigned char GetPLLStatus();
long LO2PLL_Freq(int divsel,long LO_FREQ);
void usbSetSpeed(unsigned char bSpeedonUSB);
long RFTuning(long fLO_FREQ, RG_NUM_BAND* pRGBAND, INT_U8 tlen);
INT_U8 SetPrescaler(long pllfreq, long iREF);
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