LED数码管电压电流显示程序.zip_电压电流显示

//----------------------------------------------------------------------------- // FILE: .c //----------------------------------------------------------------------------- // AUTHOR: Sonix // DATE: // Device: SN8F5702 // Tool chain: KEIL C51 V9.50a // //----------------------------------------------------------------------------- // Includes //----------------------------------------------------------------------------- #include <include/All_Head.h> INT8 sleep_delay; void delay(unsigned int i); sbit LED12 = P0^1; // sbit LED11 = P0^0; // sbit LED10 = P2^1; // sbit LED9 = P1^7; // sbit LED8 = P1^6; // sbit LED7 = P1^5; // sbit LED6 = P2^0; // sbit LED5 = P0^7; // sbit LED4 = P0^6; // sbit LED3 = P0^5; // sbit LED2 = P0^4; // sbit LED1 = P0^3; // #define LED12M_1 P0M |=0X02; // P0.1 #define LED11M_1 P0M |=0X01; // P0.0 #define LED10M_1 P2M |=0X02; // P2.1 #define LED9M_1 P1M |=0X80; // P1.7 #define LED8M_1 P1M |=0X40; // P1.6 #define LED7M_1 P1M |=0X20; // P1.5 #define LED6M_1 P2M |=0X01; // P2.0 #define LED5M_1 P0M |=0X80; // P0.7 #define LED4M_1 P0M |=0X40; // P0.6 #define LED3M_1 P0M |=0X20; // P0.5 #define LED2M_1 P0M |=0X10; // P0.4 #define LED1M_1 P0M |=0X08; // P0.3 #define LED12M_0 P0M &=0XFD; // P0.1 #define LED11M_0 P0M &=0XFE; // P0.0 #define LED10M_0 P2M &=0XFD; // P2.1 #define LED9M_0 P1M &=0X7F; // P1.7 #define LED8M_0 P1M &=0XBF; // P1.6 #define LED7M_0 P1M &=0XDF; // P1.5 #define LED6M_0 P2M &=0XFE; // P2.0 #define LED5M_0 P0M &=0X7F; // P0.7 #define LED4M_0 P0M &=0XBF; // P0.6 #define LED3M_0 P0M &=0XDF; // P0.5 #define LED2M_0 P0M &=0XEF; // P0.4 #define LED1M_0 P0M &=0XF7; // P0.3 void InitAD(void); static uint16_t Get_AD(uint8_t ADChannel); unsigned int DAT_DAT(unsigned int DAT_N); void LED1_A(void) ; void LED1_B(void) ; void LED1_C(void) ; void LED1_D(void) ; void LED1_E(void) ; void LED1_F(void) ; void LED1_G(void) ; void LED1_P(void) ; void LED2_A(void) ; void LED2_B(void) ; void LED2_C(void) ; void LED2_D(void) ; void LED2_E(void) ; void LED2_F(void) ; void LED2_G(void) ; void LED2_P(void) ; void LED3_A(void) ; void LED3_B(void) ; void LED3_C(void) ; void LED3_D(void) ; void LED3_E(void) ; void LED3_F(void) ; void LED3_G(void) ; void LED3_P(void) ; void LED4_A(void) ; void LED4_B(void) ; void LED4_C(void) ; void LED4_D(void) ; void LED4_E(void) ; void LED4_F(void) ; void LED4_G(void) ; void LED4_P(void) ; void LED5_A(void) ; void LED5_B(void) ; void LED5_C(void) ; void LED5_D(void) ; void LED5_E(void) ; void LED5_F(void) ; void LED5_G(void) ; void LED5_P(void) ; void LED6_A(void) ; void LED6_B(void) ; void LED6_C(void) ; void LED6_D(void) ; void LED6_E(void) ; void LED6_F(void) ; void LED6_G(void) ; void LED6_P(void) ; void DISPLAY(void) ; void LEDM0(void); void LEDYS(void); unsigned int DAT_DAT(unsigned int DAT_N); unsigned int BTV,BTA,XSN,V1PP,A1PP; unsigned int LED_DAT0,LED_DAT1,LED_DAT2,LED_DAT3,LED_DAT4,LED_DAT5,LED_DAT6; unsigned int LCD1,LCD2,LCD3,LCD4,LCD5,LCD6; //******************************** //----------------------------------------------------------------------------- // Main loop //----------------------------------------------------------------------------- void main(void) { CLKSEL = 0x06; // Fcpu = 32M/2 = 16M CLKCMD = 0X69; CKCON = 0X10; // Wait 2 Cycle From = 8M WDTR = 0x5A; // clear watchdog if watchdog enable P0M = 0XFF; //00000000B P0UR= 0X00; //00000000B P0 = 0X00; P1M = 0xF3; //11110011B P1UR= 0x00; //00000000B P1 = 0x00; P2M = 0xFF; //00000001B P2UR= 0x00; //00000000B P2 = 0x00; P1CON = 0x0C; //00001100B P2CON = 0x00; //00000000B InitAD(); XSN=25; // delay(60000); while (1) { WDTR = 0x5A; // clear watchdog if watchdog enable DISPLAY(); XSN++; if(XSN>500) { XSN=0; //********************************************* BTV=Get_AD(2); if(BTV>10) {BTV=BTV-10;} BTV=BTV/1.84; if(BTV>=1000) {V1PP=1; BTV=BTV/10.03; } else {V1PP=0;} LCD4=BTV/100%10; LCD5=BTV/10%10; LCD6=BTV%10; //********************************************* BTA=Get_AD(3); BTA=BTA/1.05; A1PP=1; LCD1=BTA/100%10; LCD2=BTA/10%10; LCD3=BTA%10; } } } //************************************************** //****************************************************** void DISPLAY(void) //3.125MS { DAT_DAT(LCD1); LED_DAT1=LED_DAT0; DAT_DAT(LCD2); LED_DAT2=LED_DAT0; DAT_DAT(LCD3); LED_DAT3=LED_DAT0; DAT_DAT(LCD4); LED_DAT4=LED_DAT0; DAT_DAT(LCD5); LED_DAT5=LED_DAT0; DAT_DAT(LCD6); LED_DAT6=LED_DAT0; //*****LED_DAT1******************** if((LED_DAT1&0x01)==0X01)//A2 { LED1_A(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT1&0x02)==0X02)//B2 { LED1_B(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT1&0x04)==0X04)//C2 { LED1_C(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT1&0x08)==0X08)//D2 { LED1_D(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT1&0x10)==0X10)//E2 { LED1_E(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT1&0x20)==0X20)//F2 { LED1_F(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT1&0x40)==0X40)//G2 { LED1_G(); } else { LEDM0(); LEDYS(); } //************************* if(A1PP==1)//1P { LED1_P(); } else { LEDM0(); LEDYS(); } LEDM0(); //************************************** //*****LED_DAT2******************** if((LED_DAT2&0x01)==0X01)//A2 { LED2_A(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT2&0x02)==0X02)//B2 { LED2_B(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT2&0x04)==0X04)//C2 { LED2_C(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT2&0x08)==0X08)//D2 { LED2_D(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT2&0x10)==0X10)//E2 { LED2_E(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT2&0x20)==0X20)//F2 { LED2_F(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT2&0x40)==0X40)//G2 { LED2_G(); } else { LEDM0(); LEDYS(); } //************************* if(A1PP==0)//1P { LED2_P(); } else { LEDM0(); LEDYS(); } LEDM0(); //************************************** //*****LED_DAT3******************** if((LED_DAT3&0x01)==0X01)//A2 { LED3_A(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT3&0x02)==0X02)//B2 { LED3_B(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT3&0x04)==0X04)//C2 { LED3_C(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT3&0x08)==0X08)//D2 { LED3_D(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT3&0x10)==0X10)//E2 { LED3_E(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT3&0x20)==0X20)//F2 { LED3_F(); } else { LEDM0(); LEDYS(); } //************************* if((LED_DAT3&0x40)=