430嘲讽dd 328嘲讽

小怡给大家谈谈430嘲讽dd，以及328嘲讽应用的知识点，希望对你所遇到的问题有所帮助。

1、用msp430g2553+AD电压采集+12864功率显示提示：msp430g2553+AD10电压采集+12864功率显示做的功率表 显然包括12864驱动和AD采集//ADC12序列通道与D12864液晶模块显示程序#include #define CPU_F ((double)8000000)#define delay_us(x) __delay_cycles((long)(CPU_F(double)x/1000000.0))#define delay_ms(x) __delay_cycles((long)(CPU_F(double)x/1000.0))#define uchar unsigned char#define uint unsigned int#define ulong unsigned long/12864应用指令/#define CLEAR_SCREEN 0x01 //清屏指令：清屏且AC值为00H#define AC_INIT 0x02 //将AC设置为00H。

2、且游标移到原点位置#define CURSE_ADD 0x06 //设定游标移到方向及图像整体右移，#define FUN_MODE 0x30 //工作模式：8位基本指令集#define DISPLAY_ON 0x0c //显示开,显示游标，且游标位置反白#define DISPLAY_OFF 0x08 //显示关#define CURSE_DIR 0x14 //游标向右移动:AC=AC+1#define SET_CG_AC 0x40 //设置AC，范围为：00H~3FH#define SET_DD_AC 0x80#define P50 0#define P51 1#define P55 5B751BDF4 95CEF4CC#define P56 6#define P57 7#define RS_CLR P5OUT &= ~(1 #define RS_SET P5OUT |= (1 #define RW_CLR P5OUT &= ~(1 #define RW_SET P5OUT |= (1 #define EN_CLR P5OUT &= ~(1 #define EN_SET P5OUT |= (1 #define PSB_CLR P5OUT &= ~(1 #define PSB_SET P5OUT |= (1 #define RST_CLR P5OUT &= ~(1 #define RST_SET P5OUT |= (1 #define DataPort P4OUT //P4口为数据口uint Results[32]; //存放ADC的结果uchar shuzi[] = {"0123456789.V"};uchar ptr[6];uint Average;uint Temp;ulong caltmp[4];//333 - Swablu// 系统时钟初始化//void Clock_Init(){uchar i;BCSCTL1&=~XT2OFF; //打开XT振荡器BCSCTL2|=SELM1+SELS; //MCLK为8MHZ，SMCLK为8MHZdo{IFG1&=~OFIFG; //清除震荡标志for(i=0;i_NOP(); //延时等待}while((IFG1&OFIFG)!=0); //如果标志为1，则继续循环等待IFG1&=~OFIFG;}//// MSP430内部看门狗初始化//void WDT_Init(){WDTCTL = WDTPW + WDTHOLD; //关闭看门狗}//// 初始化IO口子程序//void Port_init(){P4SEL = 0x00;P4DIR = 0xFF;P5SEL = 0x00;P5DIR|= BIT0 + BIT1 + BIT5 + BIT6 + BIT7;PSB_SET; //液晶并口方式RST_SET; //复位脚RST置高}//// 显示屏命令写入函数//void LCD_write_com(unsigned char com){RS_CLR;RW_CLR;EN_SET;DataPort = com;delay_ms(5);EN_CLR;}//// 显示屏数据写入函数//void LCD_write_data(unsigned char data){RS_SET;RW_CLR;EN_SET;DataPort = data;delay_ms(5);EN_CLR;}//// 显示屏清空显示//void LCD_clear(void){LCD_write_com(0x01);delay_ms(5);}////函数名称：DisplayCgrom(uchar hz)显示CGROM里的汉字//void DisplayCgrom(uchar addr,uchar hz){LCD_write_com(addr);delay_ms(5);while(hz != '0'){LCD_write_data(hz);hz++;delay_ms(5);}}//// 显示屏初始化函数//void LCD_init(void){LCD_write_com(FUN_MODE); //显示模式设置delay_ms(5);LCD_write_com(FUN_MODE); //显示模式设置delay_ms(5);LCD_write_com(DISPLAY_ON); //显示开delay_ms(5);LCD_write_com(CLEAR_SCREEN); //清屏delay_ms(5);}/////打开ADC/void ADC12(void){P6SEL |=0X0f; //使能ADC通道ADC12CTL0=ADC12ON+SHT0_15+MSC;//打开ADC,设置采样时间，多次转换ADC12CTL1=SHP+CONSEQ_3;//使用采样定时器;多通道转换ADC12MCTL0 |=INCH_0;//通道选择ADC12MCTL1 |=INCH_1;ADC12MCTL3 |=INCH_10+EOS;//以EOS结束此次转换ADC12IE=0X0F;//使能ADC中断ADC12CTL0 |=ENC+ADC12SC;//使能转换;开始转换_EINT();}/ADC中断服务函数，各个通道转换值的存储/#pragma vector=ADC_VECTOR__interrupt void ADC12ISR(void){caltmp[0]=ADC12MEM0;caltmp[1]=ADC12MEM1;caltmp[2]=ADC12MEM2;caltmp[3]=ADC12MEM3;}//void xian_shi(void){int i,j,k,l;Temp=(caltmp[0]3300)/4095;//计算十进制的电压值ptr[0]=Temp/1000;ptr[2]=Temp%1000/100;ptr[3]=Temp%100/10;ptr[4]=Temp%10;ptr[1]=10;LCD_write_com(0x80);DisplayCgrom(0x80,"一通道电压");for(i=0;i{delay_ms(10);LCD_write_data(shuzi[ptr]);}Temp=(caltmp[1]3300)/4095;ptr[0]=Temp/1000;ptr[2]=Temp%1000/100;ptr[3]=Temp%100/10;ptr[4]=Temp%10;ptr[1]=10;LCD_write_com(0x90);DisplayCgrom(0x90,"二通道电压");for(j=0;j{delay_ms(10);LCD_write_data(shuzi[ptr[j]]);}Temp=(caltmp[2]3300)/4095;ptr[0]=Temp/1000;ptr[2]=Temp%1000/100;ptr[3]=Temp%100/10;ptr[4]=Temp%10;ptr[1]=10;LCD_write_com(0x88);DisplayCgrom(0x88,"三通道电压");for(k=0;k{delay_ms(10);LCD_write_data(shuzi[ptr[k]]);}Temp=(caltmp[3]3300)/4095;ptr[0]=Temp/1000;ptr[2]=Temp%1000/100;ptr[3]=Temp%100/10;ptr[4]=Temp%10;ptr[1]=10;LCD_write_com(0x98);DisplayCgrom(0x98,"四通道电压");for(l=0;l{delay_ms(10);LCD_write_data(shuzi[ptr[l]]);}}//// 主程序//void main(void){WDT_Init(); //看门狗设置Clock_Init(); //系统时钟设置Port_init(); //系统初始化，设置IO口属性delay_ms(100); //延时100msLCD_init(); //液晶参数初始化设置LCD_clear(); //清屏delay_ms(100);while(1){ADC12();delay_ms(10);xian_shi();}}。

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