📄 tuner_ls_bf203s.h
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//==================== Listen LS_BF203S ====================
//------- Address BYTE (ADB)
#define TUNER_ADB 0xC2 // (ADB) Tuner Address
//------- Control information BYTE1 (CB1)
#define TUNER_RS TUNER_RS_6250 // Ratio select bits
#define TUNER_CB1 0x08 | TUNER_T0 | TUNER_RS // (CB1) Control information BYTE 1
//------- Control information BYTE2 (CB2)
// Band Switching
#define TUNER_BS_L_BAND 0x01 // Band switching value in low band
#define TUNER_BS_M_BAND 0x02 // Band switching value in middle band
#define TUNER_BS_H_BAND 0x08 // Band switching value in high band
// Frequency limit of band
#define TUNER_L_BAND_MIN_FREQ FREQ_NTSC( 55.25, MHZ) // Minimum frequency of low band
#define TUNER_M_BAND_MIN_FREQ FREQ_NTSC(133.25, MHZ) // Minimum frequency of middle band
#define TUNER_H_BAND_MIN_FREQ FREQ_NTSC(367.25, MHZ) // Minimum frequency of high band
//------- AFC control function
#define TUNER_AFC_CONTROL ON // AFC control function
// -----------------------------------------------------------------------------
// Tuner Related Parameter Declaration
// -----------------------------------------------------------------------------
//------- Define tuner type according to selected tuner module
#if (TUNER == TUNER_NONE)
#define TUNER_TYPE TUNER_NONE
#elif(TUNER < TUNER_NTSC)
#define TUNER_TYPE TUNER_NTSC
#elif(TUNER < TUNER_PAL )
#define TUNER_TYPE TUNER_PAL
#endif
//------- Dedine tuning step-size according to tuner ratio select bits
#if (TUNER_RS==TUNER_RS_50)
#define TUNER_DIV_RATIO FREQ( 50.00, KHZ)
#elif (TUNER_RS==TUNER_RS_3125)
#define TUNER_DIV_RATIO FREQ( 31.25, KHZ)
#elif (TUNER_RS==TUNER_RS_6250)
#define TUNER_DIV_RATIO FREQ( 62.50, KHZ)
#endif
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