SANXIANGDIAN.rar_三相_三相 电压_三相电压_电压测量

//CD WXL #include <ioCC2430.h> #define uchar unsigned char #define uint unsigned int #define ulong unsigned long typedef unsigned long int Lint; //register name address length //read only register #define ADD_AWATTHR 0X01 //16 Phase A Watt-Hour accumulation #define ADD_BWATTHR 0X02 //16 Phase B Watt-Hour accumulation #define ADD_CWATTHR 0X03 //16 Phase C Watt-Hour accumulation #define ADD_AVARHR 0X04 //16 Var-Hour accumulation register for phase A #define ADD_BVARHR 0X05 //16 Var-Hour accumulation register for phase b #define ADD_CVARHR 0X06 //16 Var-Hour accumulation register for phase c #define ADD_AVAHR 0X07 //16 #define ADD_BVAHR 0X08 //16 #define ADD_CVAHR 0X09 //16 #define ADD_AIRMS 0X0A //24 Current register #define ADD_BIRMS 0X0B //24 #define ADD_CIRMS 0X0C //24 #define ADD_AVRMS 0X0D //24 Voltage register #define ADD_BVRMS 0X0E //24 #define ADD_CVRMS 0X0F //24 //end of read only register #define ADD_WFORM 0x12 #define ADD_OPMODE 0X13 #define ADD_WAVMODE 0X15 //8位波形模式寄存器 #define ADD_COMPMODE 0x16 //8 R/W DEFAULT VALUE 0x1C //#define ADD_COMPMODE 0xFF //8 R/W DEFAULT VALUE 0x1C #define ADD_MASK 0X18 //24 R/W IRQ Mask register,determines if an interrup event will generate an active-low output at IRQ pin #define ADD_RSTATUS 0X1A //24 READ ONLY,CLEANED ZERO after a read operation #define ADD_GAIN 0X23 //8 R/W 0~1bit used to select the Gain of the current channels inputs #define ADD_AVRMSGAIN 0X24 //12位 #define ADD_BVRMSGAIN 0X25 //12位 #define ADD_CVRMSGAIN 0X26 //12位 #define ADD_AIGAIN 0X27 #define ADD_BIGAIN 0X28 #define ADD_CIGAIN 0X29 #define ADD_AVARG 0X2D #define ADD_BVARG 0X2E #define ADD_CVARG 0X2F #define ADD_AVRMSOS 0X33 #define ADD_BVRMSOS 0X34 #define ADD_CVRMSOS 0X35 #define ADD_AIRMSOS 0X36 #define ADD_BIRMSOS 0X37 #define ADD_CIRMSOS 0X38 #define ADD_APCFNUM 0X45 #define ADD_APCFDEN 0X46 #define ADD_VARCFNUM 0X47 #define ADD_VARCFDEN 0X48 #define ADD_WDIV 0X42 //8 R/W Active Energy register divider #define ADD_VARDIV 0X43 //8 R/W Apparent Energy register divider #define ADD_VADIV 0X44 //8 R/W Apparent Energy register divider #define ADD_FREQ 0X10 //12 Read only,frequency of the line input estimated by zero-crossing processing #define ADD_APHCAL 0X3F #define ADD_BPHCAL 0X40 #define ADD_CPHCAL 0X41 #define ADD_LCYCMODE 0X17 //8 R/W bit7 #define ADD_MMODE 0X14 //8 R/W bit01 #define TEMP 0X11 //temperature register address #define IO_IN 0 #define IO_OUT 1 #define IO_DIR_PORT_PIN1(port, pin, dir) \ do { \ if (dir == IO_OUT) \ P##port##DIR |= (0x01<<(pin)); \ else \ P##port##DIR &= ~(((0x01<<(pin)) & 0xf0)); \ }while(0) //定义SPI端口 #define CS_ADE7758 P1_4 #define SCK P1_5 #define MOSI P1_6 #define MISO P1_7 //函数声明 void Delay20us(uint uu); void UartTX_Send_String(uchar *Data,uint leng ); unsigned long read7758(unsigned char type,unsigned char databit); unsigned long read7758a(unsigned char type,unsigned char databit); void write7758a(unsigned char type,unsigned int wdata,unsigned char databit); void write7758(unsigned char type,unsigned int wdata,unsigned char databit); void write7758byte(unsigned char type,unsigned int wdata,unsigned char databit); void write7758abyte(unsigned char type,unsigned int wdata,unsigned char databit); void ADE7758VoltageARMS(void); void ADE7758VoltageBRMS(void); void ADE7758VoltageCRMS(void); void ADE7758convertXd(unsigned long int val); void ADE7758covertDc(uint value); void ADE7758Var(Lint var , uint vatalge); void initUARTtest(void); void Init_ADE7758(void); void IO_Init(void); //定义A ,B,C三相电压 struct votalge { uint Avotalge; uint Bvotalge; uint Cvotalge; }DIANY; //定义参数 uchar ADE7758value1[] ={0}; Lint TXDataa[] = {0}; uint a; uint SANVotalge; void main(void) { IO_Init(); Init_ADE7758(); initUARTtest(); while(1) { ADE7758VoltageARMS( ); ADE7758VoltageBRMS( ); ADE7758VoltageCRMS( ); } } /****************************************************************************** *函数功能：初始化IO ******************************************************************************/ void IO_Init(void) { IO_DIR_PORT_PIN1(1, 4, IO_OUT);//CS_TC77 IO_DIR_PORT_PIN1(1, 5, IO_OUT);//SCK IO_DIR_PORT_PIN1(1, 6, IO_OUT);//MOSI IO_DIR_PORT_PIN1(1, 7, IO_IN);//MISO P1INP = 0X00; P2INP = 0X40; //设置P1引脚为下拉 } /**************************************************************************** 函数功能：取电压样本20次 求平均值； ****************************************************************************/ void ADE7758VoltageARMS(void) { ulong ADE7758DataA = 0; ulong ADE7758valueA = 0; write7758abyte(ADD_WAVMODE,0x44,8); ADE7758valueA = read7758a(ADD_AVRMS,24); //ADE7758value2[i] = 0XFEA80; //测试值 TXDataa[0] = ( ADE7758valueA & 0x000f) * 1; TXDataa[1] = ((ADE7758valueA & 0x00ff) >> 4) *16; TXDataa[2] = ((ADE7758valueA & 0x0fff) >> 8) * 16*16; TXDataa[3] = ((ADE7758valueA & 0X0ffff) >> 12) *16*16*16; TXDataa[4] = ((ADE7758valueA & 0x0fffff)>>16)*16*16*16*16; TXDataa[5] = ((ADE7758valueA & 0x0ffffff) >> 20) *16*16*16*16*16; ADE7758DataA = TXDataa[0] + TXDataa[1]+ TXDataa[2] +TXDataa[3] + TXDataa[4] + TXDataa[5]; ADE7758Var(ADE7758DataA ,1); Delay20us(2000); } void ADE7758VoltageBRMS(void) { ulong ADE7758DataB; ulong ADE7758valueB = 0; write7758abyte(ADD_WAVMODE,0x45,8); ADE7758valueB = read7758a(ADD_BVRMS,24); //ADE7758value2[i] = 0XFEA80; //测试值 TXDataa[0] = ( ADE7758valueB & 0x000f) * 1; TXDataa[1] = ((ADE7758valueB & 0x00ff) >> 4) *16; TXDataa[2] = ((ADE7758valueB & 0x0fff) >> 8) * 16*16; TXDataa[3] = ((ADE7758valueB & 0X0ffff) >> 12) *16*16*16; TXDataa[4] = ((ADE7758valueB & 0x0fffff)>>16)*16*16*16*16; TXDataa[5] = ((ADE7758valueB & 0x0ffffff) >> 20) *16*16*16*16*16; ADE7758DataB = TXDataa[0] + TXDataa[1]+ TXDataa[2] +TXDataa[3] + TXDataa[4] + TXDataa[5]; ADE7758Var(ADE7758DataB , 2); Delay20us(2000); } void ADE7758VoltageCRMS(void) { ulong ADE7758DataC; ulong ADE7758valueC = 0; write7758abyte(ADD_WAVMODE,0x46,8); ADE7758valueC = read7758a(ADD_CVRMS,24); //ADE7758value2[i] = 0XFEA80; //测试值 TXDataa[0] = ( ADE7758valueC & 0x000f) * 1; TXDataa[1] = ((ADE7758valueC & 0x00ff) >> 4) *16; TXDataa[2] = ((ADE7758valueC & 0x0fff) >> 8) * 16*16; TXDataa[3] = ((ADE7758valueC & 0X0ffff) >> 12) *16*16*16; TXDataa[4] = ((ADE7758valueC & 0x0fffff)>>16)*16*16*16*16; TXDataa[5] = ((ADE7758valueC & 0x0ffffff) >> 20) *16*16*16*16*16; ADE7758DataC = TXDataa[0] + TXDataa[1]+ TXDataa[2] +TXDataa[3] + TXDataa[4] + TXDataa[5]; ADE7758Var(ADE7758DataC ,3); Delay20us(2000); } /****