MAX111数字万用表单片机源程序 12864显示

ID:217168 · 发表于 2017-7-4 18:09

用12864液晶屏来显示的单片机数字万用表制作资料,菜单显示处理很经典：

单片机源程序如下:

/************************************************************************************************
控制说明：
电阻测量： 10: send0(0x80); 100: send0(0x81);
1K: send0(0x82); 10K: send0(0x83);
100K: send0(0x84); 1M: send0(0x85);
10M: send0(0x86);
直流电压测量：100MV: send1(0x04);
10V: send1(0x08);
100V: send1(0x10);
10KV: send1(0x20);
交流电压测量：100MV: send1(0x06);
10V: send1(0x0a);
100V: send1(0x12);
10KV: send1(0x22);
直流电流测量： 1MA: send2(0x02);
10MA: send2(0x04);
100MA: send2(0x08);
10A: send2(0x10);
交流电流测量： 1MA: send2(0x03);
10MA: send2(0x05);
100MA: send2(0x09);
10A: send2(0x11);
注:初始化时要全部处于非工作状态<send0(0x08) send1(0x00) send2(0x00)>使用时选择相应指令,返回时关断.
*************************************************************************************************/
#include <reg52.h>
#include <stdio.h>
#include <intrins.h>
#include <string.h>
#include <math.h>
#include "ziku.h" //字库
sbit key_up = P3^2; //光标上移按键
sbit key_down = P3^3; //光标下移按键
sbit key_ok = P3^4; //确定按键
sbit key_back = P3^5; //退出按键
sbit ZLDL = P3^0; //
/*** 利用二维数组存放字模 ***/
unsigned char code arrayadress0[][4];
unsigned char code arrayadress1[][12];
unsigned char code arrayadress2[][16];
unsigned char code arrayadress3[][8];
unsigned char code arrayadress4[][4];
unsigned char code arrayadress5[][8];
unsigned char code arrayadress6[][16];
unsigned char code arrayadress7[][12];
/***** 函数声明 *****/
extern void InitLCD(); //液晶初始化函数
extern void delay1ms(unsigned char x); //延时1ms函数
extern void delay10ms(unsigned char x); //延时10ms函数
extern void biaoge(); //画表格函数
extern void Clrscreen(unsigned char m); //送指定数据函数
extern double duqudata0(unsigned char i); //采集数据函数
extern double duqudata1_1(unsigned char i); //采集数据函数
extern double duqudata1_2(unsigned char i); //采集数据函数
extern double duqudata1_3(unsigned char i); //采集数据函数
extern double duqudata2(unsigned char i); //采集数据函数
extern double duqudata3(unsigned char i); //采集数据函数
extern void send0(unsigned char abc); //串口发送子函数（控制电阻档）
extern void send1(unsigned char abc); //模拟串口发送子函数（控制电压档）
extern void send2(unsigned char abc); //模拟串口发送子函数（控制电压档）
extern void Clrscreen_ge(unsigned char dat,unsigned char layer,unsigned char column,unsigned char whidth); //送固定数据\画表格
extern void Clrscreen_data(unsigned char dat,unsigned char layer,unsigned char column,unsigned char whidth); //送固定数据函数
extern void display_GD(unsigned char layer,unsigned char column,unsigned char whidth,unsigned char daxiao,signed char KY,signed char HY,unsigned char *china_code); //移动显示函数
extern void display(unsigned char layer,unsigned char column,unsigned char whidth,unsigned char daxiao,unsigned char *china_code); //随意显示函数
extern void display_LM(unsigned char layer,unsigned char column,unsigned char whidth,unsigned char daxiao,unsigned char *china_code); //拉幕显示
extern void QU_ASCII(unsigned char layer,unsigned char column,unsigned char whidth,unsigned char daxiao,unsigned char *china_code); //动态数字显示
void InitJDQ(); //初始化继电器
void display_start(); //开屏显示内容
void display_RES(); //进入电阻档显示界面
void display_VOL(); //进入电压档显示界面
void display_GAL(); //进入电流档显示界面
void display_figure(unsigned char i); //采集处理的数字显示
void display_dat(); //采集数据处理显示
/**** 全局变量定义 ****/
unsigned char k;
unsigned char Z,Z0,Z1,Z2;
double number,numb,N=0,Y;
/********************************************************************************************************
void InitJDQ() //初始化继电器
*********************************************************************************************************/
void InitJDQ()
{
send0(0x08);
send1(0x00);
send2(0x00);
ZLDL=0;
}
/********************************************************************************************************
void display_start() //开屏显示内容
*********************************************************************************************************/
void display_start()
{
Clrscreen(0x00);
display(0,0,4,12,arrayadress1[0]); //电阻测量
display(2,0,4,12,arrayadress1[8]); //短路检测
display(4,0,6,12,arrayadress1[16]); //直流电压测量
display(6,0,6,12,arrayadress1[28]); //交流电压测量
display(0,56,6,12,arrayadress1[40]); //直流电流测量
display(2,56,6,12,arrayadress1[52]); //交流电流测量
display(4,80,4,12,arrayadress1[64]); //频率测量
}
/*******************************************************************************************************
void display_RES() //进入电阻档显示界面
*********************************************************************************************************/
void display_RES()
{
Clrscreen(0x00);
display(0,0,6,12,arrayadress7[0]); //请选择档位：
display(6,32,8,12,arrayadress7[12]); //选择后请按确认键
display(2,6,2,8,arrayadress3[12]); //10
display(2,34,3,8,arrayadress3[16]); //100
QU_ASCII(2,70,1,8,"1");
display(2,78,1,8,arrayadress3[10]); //1K
display(2,98,2,8,arrayadress3[12]);
display(2,114,1,8,arrayadress3[10]); //10K
display(4,6,3,8,arrayadress3[16]);
display(4,30,1,8,arrayadress3[10]); //100K
QU_ASCII(4,60,1,8,"1");
display(4,68,1,8,arrayadress3[6]); //1M
display(4,98,2,8,arrayadress3[12]);
display(4,114,1,8,arrayadress3[6]); //10M
}
/******************************************************************************************************
void display_VOL() //进入电压档显示界面
***********************************************************************************************************/
void display_VOL()
{
Clrscreen(0x00);
display(0,0,6,12,arrayadress7[0]); //请选择档位：
display(6,32,8,12,arrayadress7[12]); //选择后请按确认键
display(2,22,3,8,arrayadress3[16]);
display(2,46,1,8,arrayadress3[6]);
display(2,54,1,8,arrayadress3[0]); //100MV
display(2,82,2,8,arrayadress3[12]);
display(2,98,1,8,arrayadress3[0]); //10V
display(4,22,3,8,arrayadress3[16]);
display(4,46,1,8,arrayadress3[0]); //100V
QU_ASCII(4,82,1,8,"1");
display(4,90,1,8,arrayadress3[10]);
display(4,98,1,8,arrayadress3[0]); //1KV
}
/*****************************************************************************************************
void display_GAL() //进入电流档显示界面
******************************************************************************************************/
void display_GAL()
{
Clrscreen(0x00);
display(0,0,6,12,arrayadress7[0]); //请选择档位：
display(6,32,8,12,arrayadress7[12]); //选择后请按确认键
QU_ASCII(2,22,1,8,"1");
display(2,32,2,8,arrayadress3[6]); //1MA
display(2,74,2,8,arrayadress3[12]);
display(2,92,2,8,arrayadress3[6]); //10MA
display(4,22,3,8,arrayadress3[16]);
display(4,48,2,8,arrayadress3[6]); //100MA
display(4,82,2,8,arrayadress3[12]);
display(4,100,1,8,arrayadress3[8]); //10A
}
/******************************************************************************************************
void display_figure() //采集处理数字显示
*******************************************************************************************************/
void display_figure(unsigned char i)
{
switch(i)
{
case 1: QU_ASCII(3,k,1,8,"1"); break;
case 2: QU_ASCII(3,k,1,8,"2"); break;
case 3: QU_ASCII(3,k,1,8,"3"); break;
case 4: QU_ASCII(3,k,1,8,"4"); break;
case 5: QU_ASCII(3,k,1,8,"5"); break;
case 6: QU_ASCII(3,k,1,8,"6"); break;
case 7: QU_ASCII(3,k,1,8,"7"); break;
case 8: QU_ASCII(3,k,1,8,"8"); break;
case 9: QU_ASCII(3,k,1,8,"9"); break;
default: QU_ASCII(3,k,1,8,"0");
}
}
/******************************************************************************************************
void display_dat() //采集数据处理显示
*******************************************************************************************************/
void display_dat()
{
unsigned char j;
j=number;
if(j/100) //判断最高位是否为十位
{
k=32; //全局变量K（显示起始列）的赋值
Z0=number/100; //取十位上的数值
display_figure(Z0); //显示数据（switch...case)
number=number-Z0*100; //减掉十位数据
k+=8;
Z0=number/10; //取十位上的数值
display_figure(Z0); //显示数据（switch...case)
number=number-Z0*10; //减掉十位数据
k+=8; //列地址加八
Z0=number/1; //取个位数值
display_figure(Z0); //显示数据（switch...case)
display(3,56,1,4,arrayadress0[0]); //小数点显示
number=number-Z0*1; //减掉个位数据
k+=12;
Z0=number/0.1; //取小数点后第一位的数值
display_figure(Z0);
number=number-Z0*0.1;
k+=8;
Z0=number/0.01; //取小数点后第二位的数值
display_figure(Z0);
number=number-Z0*0.01;
k+=8;
Z0=number/0.001; //取小数点后第三位的数值;
display_figure(Z0);
}
else if(j/10) //判断最高位是否为十位
{
Clrscreen_data(0x00,3,32,8);
k=40; //全局变量K（显示起始列）的赋值
Z0=number/10; //取十位上的数值
display_figure(Z0); //显示数据（switch...case)
number=number-Z0*10; //减掉十位数据
k+=8; //列地址加八
Z0=number/1; //取个位数值
display_figure(Z0); //显示数据（switch...case)
display(3,56,1,4,arrayadress0[0]); //小数点显示
number=number-Z0*1; //减掉个位数据
k+=12;
Z0=number/0.1; //取小数点后第一位的数值
display_figure(Z0);
number=number-Z0*0.1;
k+=8;
Z0=number/0.01; //取小数点后第二位的数值
display_figure(Z0);
number=number-Z0*0.01;
k+=8;
Z0=number/0.001; //取小数点后第三位的数值;
display_figure(Z0);
}
else if(j/1) //判断最高位是否为个位
{
Clrscreen_data(0x00,3,40,8);
k=48;
Z1=number/1;
display_figure(Z1); //显示数据（switch...case)
display(3,56,1,4,arrayadress0[0]); //小数点显示
number=number-Z1*1;
k+=12;
Z1=number/0.1;
display_figure(Z1);
number=number-Z1*0.1;
k+=8;
Z1=number/0.01;
display_figure(Z1);
number=number-Z1*0.01;
k+=8;
Z1=number/0.001;
display_figure(Z1);
}
else //显示小于1的数
{
Clrscreen_data(0x00,3,40,8);
QU_ASCII(3,48,1,8,"0");
display(3,56,1,4,arrayadress0[0]); //小数点显示
k=60;
Z2=number/0.1;
display_figure(Z2);
number=number-Z2*0.1;
k+=8;
Z2=number/0.01;
display_figure(Z2);
number=number-Z2*0.01;
k+=8;
Z2=number/0.001;
display_figure(Z2);
}
}
/*************************************************************************/
void main()
{
signed char i,j;
InitLCD();
Clrscreen(0x00); //清屏
InitJDQ(); //继电器初始化
do
{
// W_G();
for(i=96,j=0;i>=0,j<64;i--,j++)
{
display_GD(1,i,j,16,96,0,arrayadress2[0]); //水平滚动欢迎使用
delay1ms(50);
}
display_LM(3,23,80,16,arrayadress2[8]); //拉幕数字万用表
delay10ms(200);
/**************************************************************************************************电阻测量/
***********************************************************************************************************/
start_1:
display_start(); //主屏显示
start_1_0:
do
{
// W_G();
Clrscreen_data(0xff,0,0,48); //光标闪动
delay10ms(43);
display(0,0,4,12,arrayadress1[0]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1); //按键判断
if(key_up==0) goto start_7_0; //光标上移
else if(key_down==0) goto start_2_0; //光标下移
else if(key_ok==0) //确认
{
RES:
display_RES();
RES_10:
do
{
Clrscreen_data(0x00,2,4,20); //光标闪动
delay10ms(43);
display(2,6,2,8,arrayadress3[12]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_10M_0; //光标上移
else if(key_down==0) goto RES_100_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x80); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(40*number)/(0.65-number);
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES;
}
else goto start_1;
/*******************************************************************************************************/
RES_100:
display_RES();
RES_100_0:
do
{
Clrscreen_data(0x00,2,32,28); //光标闪动
delay10ms(43);
display(2,34,3,8,arrayadress3[16]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_10; //光标上移
else if(key_down==0) goto RES_1K_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x81); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(400*number)/(3.21-number);
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES_100;
}
else goto start_1;
/*************************************************************************************************/
RES_1K:
display_RES();
RES_1K_0:
do
{
Clrscreen_data(0x00,2,68,20); //光标闪动
delay10ms(43);
QU_ASCII(2,70,1,8,"1");
display(2,78,1,8,arrayadress3[10]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_100_0; //光标上移
else if(key_down==0) goto RES_10K_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,8,arrayadress3[10]); //K
display(3,100,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x82); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(4*number)/(4.27-number); //1K
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES_1K;
}
else goto start_1;
/*************************************************************************************************/
RES_10K:
display_RES();
RES_10K_0:
do
{
Clrscreen_data(0x00,2,96,28); //光标闪动
delay10ms(43);
display(2,98,2,8,arrayadress3[12]);
display(2,114,1,8,arrayadress3[10]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_1K_0; //光标上移
else if(key_down==0) goto RES_100K_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,8,arrayadress3[10]); //K
display(3,100,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x83); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(40*number)/(4.5-number);
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES_10K;
}
else goto start_1;
/*************************************************************************************************/
RES_100K:
display_RES();
RES_100K_0:
do
{
Clrscreen_data(0x00,4,4,36); //光标闪动
delay10ms(43);
display(4,6,3,8,arrayadress3[16]);
display(4,30,1,8,arrayadress3[10]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_10K_0; //光标上移
else if(key_down==0) goto RES_1M_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,8,arrayadress3[10]); //K
display(3,100,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x84); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(400*number)/(4.67-number);
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES_100K;
}
else goto start_1;
/*************************************************************************************************/
RES_1M:
display_RES();
RES_1M_0:
do
{
Clrscreen_data(0x00,4,58,20); //光标闪动
delay10ms(43);
QU_ASCII(4,60,1,8,"1");
display(4,68,1,8,arrayadress3[6]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_100K_0; //光标上移
else if(key_down==0) goto RES_10M_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,8,arrayadress3[6]); //M
display(3,100,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x85); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(4*number)/(4.82-number);
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES_1M;
}
else goto start_1;
/*************************************************************************************************/
RES_10M:
display_RES();
RES_10M_0:
do
{
Clrscreen_data(0x00,4,96,28); //光标闪动
delay10ms(43);
display(4,98,2,8,arrayadress3[12]);
display(4,114,1,8,arrayadress3[6]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1&key_back); //按键判断
if(key_up==0) goto RES_1M_0; //光标上移
else if(key_down==0) goto RES_10; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[0]); //当前阻值
display(3,92,1,8,arrayadress3[6]); //M
display(3,100,1,16,arrayadress6[0]); //Ω
biaoge();
send0(0x86); //相应继电器控制选择档位
do
{
for(i=0;i<5;i++) //MAX111采集5次
{
number=duqudata0(1);
N=N+number;
}
number=N/5; //求5次采集的平均值
N=0;
number=(40*number)/(5.55-number);
display_dat(); //对采集数据的处理显示
}while(key_back==1);
send0(0x08); //关继电器
goto RES_10M;
}
else goto start_1;
}
/*************************************************************************************************/
/**************************************************************************************************短路检测/
***********************************************************************************************************/
start_2:
display_start();
start_2_0:
do
{
// W_G();
Clrscreen_data(0xff,2,0,48); //光标闪动
delay10ms(43);
display(2,0,4,12,arrayadress1[8]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1); //按键判断
if(key_up==0) goto start_1_0; //光标上移
else if(key_down==0) goto start_3_0; //光标下移
else if(key_ok==0) //确认
{
Clrscreen(0x00); //清屏
display(1,6,5,16,arrayadress4[40]); //线路状态
biaoge();
do
{
R_10:
do
{
send0(0x80);
numb=duqudata3(1);
if(numb<1)
{
send0(0xc0); //蜂鸣器响
number=(40*numb)/(0.65-numb);
display_dat();
display(3,92,1,16,arrayadress6[0]);
Clrscreen_data(0x00,3,109,18);
}
else goto R_100;
}while(numb<1&key_back==1);
send0(0x00); //关继电器
goto start_2;
R_100:
do
{
send0(0x81);
numb=duqudata3(1);
if(numb<1)
{
if(numb<0.5) goto R_10;
else
send0(0xc1); //蜂鸣器响
number=(400*numb)/(3.21-numb);
display_dat();
display(3,92,1,16,arrayadress6[0]);
Clrscreen_data(0x00,3,109,18);
}
else goto R_1K;
}while(numb<1&key_back==1);
send0(0x00); //关继电器
goto start_2;
R_1K:
do
{
send0(0x82);
numb=duqudata3(1);
if(numb<1)
{
if(numb<0.5) goto R_100;
else
number=(4*numb)/(4.27-numb);
display_dat();
display(3,92,1,8,arrayadress3[10]); //K
display(3,100,1,16,arrayadress6[0]); //Ω
}
else goto R_10K;
}while(numb<1&key_back==1);
send0(0x00); //关继电器
goto start_2;
R_10K:
do
{
send0(0x83);
numb=duqudata3(1);
if(numb<1)
{
if(numb<0.5) goto R_1K;
else
number=(40*numb)/(4.5-numb);
display_dat();
display(3,92,1,8,arrayadress3[10]); //K
display(3,100,1,16,arrayadress6[0]); //Ω
}
else goto R_100K;
}while(numb<1&key_back==1);
send0(0x00); //关继电器
goto start_2;
R_100K:
do
{
send0(0x84);
numb=duqudata3(1);
if(numb<1)
{
if(numb<0.5) goto R_10K;
else
number=(400*numb)/(4.67-numb);
display_dat();
display(3,92,1,8,arrayadress3[10]); //K
display(3,100,1,16,arrayadress6[0]); //Ω
}
else goto R_1M;
}while(numb<1&key_back==1);
send0(0x00); //关继电器
goto start_2;
R_1M:
do
{
send0(0x85);
numb=duqudata3(1);
if(numb<1)
{
if(numb<0.5) goto R_100K;
else
number=(4*numb)/(4.82-numb);
display_dat();
display(3,92,1,8,arrayadress3[6]); //M
display(3,100,1,16,arrayadress6[0]); //Ω
}
else goto R_10M;
}while(numb<1&key_back==1);
send0(0x00); //关继电器
goto start_2;
R_10M:
do
{
send0(0x86);
numb=duqudata3(1);
if(numb<1)
{
if(numb<0.5) goto R_1M;
else
number=(40*numb)/(5.55-numb);
display_dat();
display(3,92,1,8,arrayadress3[6]); //M
display(3,100,1,16,arrayadress6[0]); //Ω
}
else
{
Clrscreen_data(0x00,3,30,18);
QU_ASCII(3,48,1,8,"0");
display(3,56,1,4,arrayadress0[0]); //小数点显示
QU_ASCII(3,60,1,8,"0");
QU_ASCII(3,68,1,8,"0");
QU_ASCII(3,76,1,8,"0");
Clrscreen_data(0x00,3,84,42);
}
}while(numb<1&key_back==1);
}while(key_back==1);
send0(0x00); //关继电器
goto start_2;
}
/**********************************************************************************************直流电压测量/
***********************************************************************************************************/
start_3:
display_start();
start_3_0:
do
{
// W_G();
Clrscreen_data(0xff,4,0,72); //光标闪动
delay10ms(43);
display(4,0,6,12,arrayadress1[16]);
delay10ms(100);
}while(key_up==1&key_down==1&key_ok==1); //按键判断
if(key_up==0) goto start_2_0; //光标上移
else if(key_down==0) goto start_4_0; //光标下移
else if(key_ok==0) //确认
{
VOL:
display_VOL();
……………………
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（数字万用表）程序.zip (169.93 KB, 下载次数: 57)

ID:203945 · 发表于 2017-7-7 06:18

不知道准确度怎么样。。

ID:217754 · 发表于 2017-7-21 00:52

这个牛逼了。。得下玩玩

ID:167337 · 发表于 2017-7-21 09:59

楼主，没有电路图，原理图难仿哦！

ID:597472 · 发表于 2019-8-8 09:56

有原理图吗

ID:688460 · 发表于 2020-4-24 23:37

楼主，能分享一下原理图就非常完美了！不过还是要感谢您的！谢谢！

ID:686739 · 发表于 2020-4-25 07:25

谢谢分享

ID:1013588 · 发表于 2022-9-16 08:50

下载了看看能用不

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