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fenya
- 完成分压显示,输出电压在5V范围内,能够正常现实,完成小信号放大后,电压显示模块
利用ADC0809和DAC0832实现模拟电压信号的采集与输出
- 使用T1作为定时器(定时时间为50毫秒),每1秒时间后,启动ADC0809转换,在转换结束后(触发外部中断)读出A/D转换值,将该值输出到DAC0832,并同时显示到LCM显示器上(显示子程序/函数由实验库文件提供)
Voltage_meter
- Arduino 做的电压表,非常的使用lcd1602显示-A Voltage meter with Arduino
mscomm_onecurve
- 获取单片机发来的数据,根据电压而显示波形,界面比较简单,用于脉搏波显示-Singlechip sent to obtain the data, shown under the voltage waveform, the interface is relatively simple for the pulse wave shows
shuzidianyabiao
- msp430f149的数字电压表程序,利用内部ADC和12864lcd串口通信采样和显示电压-The digital voltage meter msp430f149 procedures, the use of the internal ADC and serial communication 12864lcd voltage sampling and display
C
- 8AT89C52,ADC0809 8路数字电压表测量由A/D转换、数据处理及显示控制等组成,测量0~5V范围内的8路输入电压值,由4位共阳LED数码管轮流显示,最大分辨率0.01V,误差±0.02V。-8AT89C52, ADC0809 8 way digital voltage meter measured by A/D conversion, data processing and display control of the measurement range of 0 ~ 5V inpu
MCS51dianyabiao
- 1. 电压测量范围:0-±2000V 2. 最小误差0.5V 3. 结果可显示四位半数值 4. 输出数据用LCD液晶显示 5. 用ICL7135实现数字量的转换 6. 用ICL7660产生-5V电压 7. 核心控制部件采用单片机控制,不需要看门狗电路,直接利用单片机资源。 -1. Voltage measuring range: 0- ± 2000V 2. The smallest error of 0.5V 3. The results show the four
F330danpianji
- F330单片机实现测温。电压显示 AD转换-SCM F330 temperature. AD converter voltage display
wen-du-ji-she-ji
- 创建一个VI程序模拟温度测量。假设传感器输出电压与温度成正比。例如,当温度为70°F时,传感器输出电压为0.7V。本程序也可以用摄氏温度来代替华氏温度显示。 本程序用软件代替了DAQ数据采集卡。使用Demo Read Voltage子程序来仿真电压测量,然后把所测得的电压值转换成摄氏或华氏温度读数。 共有5个小练习-Create a VI program to simulate temperature measurement. Suppose the sensor output vol
MAX532
- max235芯片程序,实现电压采集,51单片机,1602显示电压值,精确度为0.001-max235 chip program, the voltage acquisition, 51 SCM, 1602 shows the voltage with an accuracy of 0.001
vmeter
- 通过sparten2来实现数字电压表实验。实验板上的数码管显示模拟电压的数字,调整实验板上的控制模拟电压的电位器,显示模拟电压的数字应该能够随输入的电压变化而变化。-Sparten2 to achieve through the digital voltmeter experiment. Experiment on-board digital tube display the number of analog voltage to adjust the control experiment on
VB-YKMUSB-sampling
- 使用vb与衡河9140示波器连接,并控制采集一列脉冲数据,对数据进行分析,计算脉宽、积分面积、平均电压,并将波形通过picture控件显示在界面上-Using vb oscilloscope connected with the value for r. 9140, and a pulse control and data acquisition data, analyze data, calculate pulse width, integration area, average voltag
dianyabiao
- 当时我们做得课程设计,数字电压表,用C语言写的,做得很简单,没有太多功能。用1602做显示。-We were doing curriculum design, digital voltmeter, written with C language, so very simple and not too many functions. To do with the 1602 show.
基于ADC0804的1602显示电压
- 基于ADC0804的1602显示电压 有仿真图 keil文件(1602 display voltage based on ADC0804)
STC_2数码管
- 利用STC15W408AS制作的数码管显示0-5V电压显示 显示精准稳定(STC15W408AS produced by digital tube display, 0-5V voltage display, accurate and stable)
电压测量显示程序
- 电压测量显示程序基于C语言编程,,并附有编写说明。(Voltage measurement display program based on C language programming, and accompanied by writing instructions.)
Volage14倍
- 检测外部电压,数码管显示,高精度,高响应。绝对没问题(Detection of external voltage, digital tube display, high precision)
基于51单片机的ADC0808 数字电压表2
- ADC0808才几点呀 数字电压表程序,和PROTUES仿真元原理图。 数码管显示,(ADC0808 What time is the digital voltmeter program, and PROTUES simulation meta diagram.)
数字电压测试仪
- 不错的数字电压表程序。可以实现电压表的实时显示,外观不错。(a program of labview.)
PID控制电压
- 可以用51单片机控制输出电压,并且显示在1602显示器上,控制电压微精准,可以调节输出电压并里还包含了仿真文件,方便调试(The output voltage can be controlled by 51 singlechip, and it is displayed on the 1602 display. The control voltage is very accurate. The output voltage can be adjusted and the simulation f