📄 lc72130.h
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/* //file: lc72130.h
Date: 2005.12.14
Author: Ipman Robbin
Desp: pll控制LA1787 收音芯片
*/
#ifndef LC72130_H
#define LC72130_H
#define UP 1
#define DOWN 0 //选台方向
#define FM 0
#define AM 1//RA_BAND
#define IO_IN 0 //IO方向
#define IO_OUT 1
#define OPEN 0 //IO状态
#define LOW 1 //IO状态
//以下定义参考LC72130手册
//SPI address
#define LC72130_IN1 0x28 //模式1数据地址
#define LC72130_IN2 0x29 //模式2数据地址
#define LC72130_OUT 0x2A //接收模式数据地址
//#define FM_GT_MEASURE 4 //此处定义中频测量时间，时间越大，搜索需要花费的时间越多
#define FM_GT_MEASURE 8
//#define FM_GT_MEASURE 64
//DOC Set
#define DOC_OPEN 0 //OPEN
#define DOC_UNLOCK_LOW 1 //Low when the unlock state is detected
#define DOC_END_UC 2 //
#define DOC_IO1_OPEN 5 //::Goes to the open state if the I/O pin is
#define DCO_IO2_OPEN 6 //::specified to be an output port.
//锁相搜索宽度设置
#define BIT_UL 4
#define UL_OPEN 0
#define UL_DIRECTLY 1
#define UL_55US 2
#define UL_111US 3
//死区设置
#define DZA 0 //Controls the phase comparator dead zone.死区控制
#define DZB 1
#define DZC 2
#define DZD 3 //Dead zone widths: DZA < DZB < DZC < DZD
//中频计数周期
#define GT_4MS 0
#define GT_8MS 1
#define GT_32MS 2
#define GT_64MS 3 //确定中频计数测量时间.
//输入选择
#define FMIN 2 //FM 10-160M
#define AMIN1 1 //AM 2-40M
#define AMIN2 1 //AM 0.5-10M
//晶振频率
#define XS4_5M 0 //xtal=4.5M
#define XS7_2M 1 //xtal=7.2M
//中频计数
#define CTE_START 1 //CTE = 1: Counter start
#define CTE_RESET 0 //CTE = 0: Counter reset
//自动搜索布进频率参考,单位是K
#define STEP100000 0 //100k
#define STEP50000 1 //50k
#define STEP25000 3 //25k
#define STEP12500 4 //12.5k
#define STEP6250 5 //6.25k
#define STEP3125 6 //3.125k
#define STEP10000 8 //10K
#define STEP9000 9 //9K
#define STEP5000 10
#define STEP1000 11
#define STEP3000 12
#define STEP15000 13
#define STEP_INHIBIT_XS 14
#define STEP_INHIBIT 15
//DLC
#define DLC_NORMAL 0
#define DLC_FORCE_LOW 1
//以下定义为自定义默认参数，修改前需仔细阅读72130手册
#define ON 1
#define OFF 0
#define FM_IF_FREQ 1070
#define FM_IF_FREQ2 10710
#define AM_IF_FREQ 450
#if FM_GT_MEASURE==4
#define FM_IF_CENTER 42800 // 10700*GTMS
#endif
#if FM_GT_MEASURE==8
#define FM_IF_CENTER 85600 // 10700*GTMS
#endif
#if FM_GT_MEASURE==32
#define FM_IF_CENTER 342400 // 10700*GTMS
#endif
#if FM_GT_MEASURE==64
#define FM_IF_CENTER 684800 // 10700*GTMS
#endif
#define AM_GTMS 32 //本方案采用32ms
#ifdef LA1844
#define FM_ERROR 20//20
#define FM_ERROR2 30
#else
#define FM_ERROR 20
#endif
#define AM_ERROR 7
#if defined(LCD_393)
#if FM_GT_MEASURE==4
#define CTE_DELAY_LOOPS 700 //中频计数等待时间
#define CTE_RESET_LOOPS 200 //中频复位等待时间
#endif
#if FM_GT_MEASURE==8
#ifdef LA1844
#define CTE_DELAY_LOOPS 1200//1000//2000//800 //中频计数等待时间 11.11 Modify
#define CTE_RESET_LOOPS_NORDS 1300//2400//1200 //TF Tunner OK
#define CTE_RESET_LOOPS 1000//800//800//1600//800 //中频复位等待时间 11.11 Modify
#else
#define CTE_DELAY_LOOPS 800 //中频计数等待时间 11.11 Modify
#define CTE_RESET_LOOPS_NORDS 1200 //TF Tunner OK
#define CTE_RESET_LOOPS 800 //中频复位等待时间 11.11 Modify
#endif
#endif
#if FM_GT_MEASURE==32
#define CTE_DELAY_LOOPS 1200 //中频计数等待时间
#define CTE_RESET_LOOPS_NORDS 1200 //TF Tunner OK
#define CTE_RESET_LOOPS 600 //中频复位等待时间
#endif
#define AM_CTE_DELAY_LOOPS 1200
#ifdef CE6000
#define AM_CTE_RESET_LOOPS 2000
#else
#define AM_CTE_RESET_LOOPS 600
#endif
#else //NOT 393
//#define CTE_DELAY_LOOPS 1200 //中频计数等待时间
//#define CTE_RESET_LOOPS 600 //中频复位等待时间
#if FM_GT_MEASURE==4
#define CTE_DELAY_LOOPS 700 //中频计数等待时间
#define CTE_RESET_LOOPS 200 //中频复位等待时间
#endif
#if FM_GT_MEASURE==8
#ifdef TURBINE_AD
#ifdef LA1844
#define CTE_DELAY_LOOPS 2000//800 //中频计数等待时间 11.11 Modify
#define CTE_RESET_LOOPS_NORDS 2400//1200 //TF Tunner OK
#define CTE_RESET_LOOPS 1600//800 //中频复位等待时间 11.11 Modify
#else
#define CTE_DELAY_LOOPS 400 //中频计数等待时间
#define CTE_RESET_LOOPS_NORDS 400 //TF Tunner OK
#define CTE_RESET_LOOPS 1400
#endif
#else
//#define CTE_RESET_LOOPS_NORDS 800 //Protec Tunner OK
//中频复位等待时间 ORIT 泰丰高频头时间稍长
#define CTE_DELAY_LOOPS 1200 //中频计数等待时间
#define CTE_RESET_LOOPS_NORDS 1200 //TF Tunner OK
#define CTE_RESET_LOOPS 1200 //Protec OK 11.11
#endif
#endif
#if FM_GT_MEASURE==32
#define CTE_DELAY_LOOPS 1400 //中频计数等待时间
#define CTE_RESET_LOOPS_NORDS 1200 //1200 //TF Tunner OK
#define CTE_RESET_LOOPS 1000 //1000中频复位等待时间
#endif
//#define AM_CTE_DELAY_LOOPS 1200
#define AM_CTE_RESET_LOOPS 2000
#endif
//ori 40
#define FM_IF_CNT_MAX (FM_IF_CENTER+FM_ERROR*FM_GT_MEASURE) //最大取值 +15Khz (10700+16)*GT_MEASURE Dec 42864 42890(test)
#define FM_IF_CNT_MIN (FM_IF_CENTER-FM_ERROR*FM_GT_MEASURE) // (10700-16)*GT_MEASURE //最小取值 -15Khz Dec 42736 42710(test)
#define FM_IF_CNT_MAX1844 (FM_IF_CENTER+FM_ERROR2*FM_GT_MEASURE) //最大取值 +15Khz (10700+16)*GT_MEASURE Dec 42864 42890(test)
#define FM_IF_CNT_MIN1844 (FM_IF_CENTER-FM_ERROR2*FM_GT_MEASURE) // (10700-16)*GT_MEASURE //最小取值 -15Khz Dec 42736 42710(test)
#define FM_IF_CNT_MAX_3 (((LONG)FM_IF_CNT_MAX>>24)&0xFF)
#define FM_IF_CNT_MAX_2 (((LONG)FM_IF_CNT_MAX>>16)&0xFF)
#define FM_IF_CNT_MAX_1 ((LONG)(FM_IF_CNT_MAX>>8)&0xFF)
#define FM_IF_CNT_MAX_0 ((LONG)(FM_IF_CNT_MAX)&0xFF)
#define FM_IF_CNT_MIN_3 (((LONG)FM_IF_CNT_MIN>>24)&0xFF)
#define FM_IF_CNT_MIN_2 (((LONG)FM_IF_CNT_MIN>>16)&0xFF)
#define FM_IF_CNT_MIN_1 ((LONG)(FM_IF_CNT_MIN>>8)&0xFF)
#define FM_IF_CNT_MIN_0 ((LONG)(FM_IF_CNT_MIN)&0xFF)
#define FM_IF_CNT_MAX_6000 (FM_IF_CENTER+FM_ERROR*FM_GT_MEASURE) //最大取值 +15Khz (10700+16)*GT_MEASURE Dec 42864 42890(test)
#define FM_IF_CNT_MIN_6000 (FM_IF_CENTER-FM_ERROR*FM_GT_MEASURE) // (10700-16)*GT_MEASURE //最小取值 -15Khz Dec 42736 42710(test)
#define FM_IF_CNT_MAX_ORIT (FM_IF_CENTER+7*FM_GT_MEASURE) //最大取值 +15Khz (10700+16)*GT_MEASURE Dec 42864 42890(test)
#define FM_IF_CNT_MIN_ORIT (FM_IF_CENTER-7*FM_GT_MEASURE) // (10700-16)*GT_MEASURE //最小取值 -15Khz Dec 42736 42710(test)
#define AM_IF_CENTER (450*AM_GTMS)
#ifdef CE6000
#define AM_IF_CNT_MAX (AM_IF_CENTER+4*AM_GTMS) //(450+3)*AM_GTMS // AM +2Khz 3616
#define AM_IF_CNT_MIN (AM_IF_CENTER-4*AM_GTMS) //(450-3)*AM_GTMS // AM -2Khz 3584
#else
#define AM_IF_CNT_MAX (AM_IF_CENTER+2*AM_GTMS) //(450+3)*AM_GTMS // AM +2Khz 3616
#define AM_IF_CNT_MIN (AM_IF_CENTER-2*AM_GTMS) //(450-3)*AM_GTMS // AM -2Khz 3584
#endif
#define AM_IF_CNT_MAX_DOWN (AM_IF_CENTER+48) //(450+3)*AM_GTMS // AM +2Khz 3616
#define AM_IF_CNT_MIN_DOWN (AM_IF_CENTER-48) //(450-3)*AM_GTMS // AM -2Khz 3584
#ifdef _MB653_
#define IO_ST 0x80
#endif
#ifdef _MB633_
#define IO_ST 0x80
#endif
#define IO_USB 0x40
/*
typedef struct {
//UINT16 l16;
unsigned char h08_2;
unsigned char h08_1;
unsigned char h08_0;
}u24;//定义一个24位新变量类型
*/
typedef union _IN1
{
unsigned char byte[3];
struct _in1
{
UINT16 FRQ :16; //16位电台频率数值
unsigned char SNS :1; //SNS:DVS 输入频率范围选择 01
unsigned char DVS :1;
unsigned char CTE :1; //CTE 中频计数控制 1:START 0:REST 1
unsigned char XS :1; //XS: 0=4.5M 1=7.2M 0
unsigned char XSREF :4; //4位参考频率选择 0011
}B;
}IN1;
#ifdef _MB653_
typedef union _IN2
{
//u24 value;
unsigned char byte[3];
struct _in2
{
unsigned char IOC1 :1; //控制管脚IO1的方向，0=输入，1=输出 0
unsigned char IOC2 :1; //控制管脚IO2的方向，0=输入，1=输出 0
unsigned char IO1 :1; //IO1 本方案没用 0
unsigned char IO2 :1; //IO2 本方案没用 0 (0)
unsigned char SNC :1; //FM噪音控制 B01 1
unsigned char FMB :1; //FM-B+ B02 1
unsigned char STRQ :1; //ST/RQ 5V=搜索 0V=接收 B03 0
unsigned char LOC :1; //FM-LO/DX AGC B04 1 (B)
unsigned char AMB :1; //AM-B+ 0
unsigned char DOC :3; //设置输出数据端DO脚的辅助功能设置 1
//010时将指示中频测量的完成状况 0
// 0 (2)
unsigned char UL :2; //锁相环控制电压输出驱动模式设01时 0
//为直接输出模式（一般采用此种模式）1 UL_55US
unsigned char DZ :2; //锁相环死区控制，不是很重要。 0
// 0 (2)
unsigned char GT :2; //中频测量时间设置最大64MS最小4MS当GT=00时，
//前两中等待时间3-4MS后两中等待时间为7-8MS，
//中频信号必须在等待时间结束之前输入！！
unsigned char TBC :1; //设置为1时使B01口输出8HZ的基准脉冲，此时B01口将不能作为通用输出口。
unsigned char DLC :1; //电荷泵输出，正常状态为0，设置为1时拉低电位。
unsigned char IFS :1; //中频计数器控制，一般设置为1，主要设置中频场强（1：40毫伏0：70毫伏）
unsigned char TEST :3; //测试模式一般全部设置为0
}B;
}IN2;
#elif defined(_MB633_)||defined(_MB655_)
typedef union _IN2
{
//u24 value;
unsigned char byte[3];
struct _in2
{
unsigned char IOC1 :1; //控制管脚IO1的方向，0=输入，1=输出 0
unsigned char IOC2 :1; //控制管脚IO2的方向，0=输入，1=输出 0
unsigned char LOC :1; //IO1 本方案没用 0//电路修改，IO1用来控制FM LOC//sheldon 07-07-06
unsigned char IO2 :1; //IO2 本方案没用 0 (0)
unsigned char SNC :1; //FM噪音控制 B01 1
unsigned char FMB :1; //FM-B+ B02 1
unsigned char STRQ :1; //ST/RQ 5V=搜索 0V=接收 B03 0
unsigned char AMB :1; //FM-LO/DX AGC B04 1 (B)//电路修改//sheldon 07-07-06
unsigned char B05 :1; //AM-B+ 0
unsigned char DOC :3; //设置输出数据端DO脚的辅助功能设置 1
//010时将指示中频测量的完成状况 0
// 0 (2)
unsigned char UL :2; //锁相环控制电压输出驱动模式设01时 0
//为直接输出模式（一般采用此种模式）1 UL_55US
unsigned char DZ :2; //锁相环死区控制，不是很重要。 0
// 0 (2)
unsigned char GT :2; //中频测量时间设置最大64MS最小4MS当GT=00时，
//前两中等待时间3-4MS后两中等待时间为7-8MS，
//中频信号必须在等待时间结束之前输入！！
unsigned char TBC :1; //设置为1时使B01口输出8HZ的基准脉冲，此时B01口将不能作为通用输出口。
unsigned char DLC :1; //电荷泵输出，正常状态为0，设置为1时拉低电位。
unsigned char IFS :1; //中频计数器控制，一般设置为1，主要设置中频场强（1：40毫伏0：70毫伏）
unsigned char TEST :3; //测试模式一般全部设置为0
}B;
}IN2;
#endif
void radio_init_AM(void);
void radio_init_FM(void);
void radio_set_band(char band); //设置波段 FM/AM
UINT16 val2Freq(char band,UINT16 freq);
UINT16 radio_freq_to_pll_val(char band,UINT16 value,unsigned char step);
signed char pll_is_station(char band,UINT16 freq);
void radio_save_last_station(BYTE subBand,UINT16 freq);
void pll_set_station(char band,UINT16 freq);
void pll_reset_CTE(char band,UINT16 freq);
void radio_set_loc(BYTE mode);
void setST(char mode);
BYTE isStereo(void);
void radio_close(void);
void radio_sel_st(void);
#endif
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