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kediaodianzizhong
- 由单片机为基础，数码管显示的可调电子钟。可以调节小时，分钟。包含PROTEUS仿真，以及原程序。-By the microcontroller based, digital display, adjustable clock. Can adjust the hours, minutes. PROTEUS includes simulation, as well as the original program.
SMG_C51_SIM
- 简单的C51数码管扫描，Proteus仿真。实际运行中可能亮度不均现象，但电路较简单。-Simple C51 digital scanning, Proteus simulation. Brightness of the actual operation of inequality may be, but the circuit is relatively simple.
count
- 开发环境为KEIL+PROTEUS 实现6位频率计数，6位共阴数码管显示。带有仿真图和源代码-KEIL+ PROTEUS development environment for the realization of six frequency count, six common cathode LED display. Diagrams and source code with a simulation
shumaguan
- keil+proteus调试了数码管实验，含有proteus的模拟环境和代码-keil+ proteus debug digital control experiment with the simulation environment and code proteus
led
- 自己做的基于keil环境和Proteus模拟的arm7数码管的设计，仅供参考。-Keil-based simulation environment and Proteus Design LED arm7
AVR-Frequency-Generator
- 用ATMEGA8做的简易频率发生器。采用timer1的比较匹配功能产生方波，数码管显示。Proteus仿真。-Easy to do with ATMEGA8 frequency generator. Timer1 compare match function by generating a square wave, digital display. Proteus simulation.
test2
- 在Proteus中用单片机控制数码管动态循环显示0~F等20个字符。-Proteus used in the dynamic loop SCM control LED display 0 ~ F 20 characters.
digital
- 数字电压表的C程序 和电路图主要用了keil和proteus软件，用了三个按键，主要用数码管显示-the C program of digital voltage and circuit diagram，it is a good material about it，mainly used by Keil and proteus
ex
- 关于单片机的几个c语言程序，包括1.自己编的LCD1602滚动显示字幕的程序、2.Ds18b20温度传感器输入，数码管或Lcd1602输出的程序、3.矩阵键盘的扫键子程序、4.数码管的时钟、5.LCD的时钟。提醒用keil编译，硬件电路也在包中（可能大多数人不会去看），自己画了之后就可以用Proteus仿真了。-Some on the microcontroller c language program, including 1. LCD1602 their series procedures
17
- 使用单片机控制的数码管显示4×4键盘矩阵按键，并使用Proteus进行仿真操作-Using the microprocessor controlled LED display matrix 4 × 4 keyboard keys, and use the Proteus simulation operation
595
- 描述：单片机控制74HC595驱动四位数码管，静态显示程序，连带PROTEUS仿真-Descr iption: MCU 74HC595 drive four digital control, a static display program, jointly and severally PROTEUS simulation
Digital-clock
- 51单片机的C程序单片机数码管电子钟，基于Keil μ Vision程序设计平台和Proteus硬件仿真平台，按键可对时间进行调控。-SCM 51 SCM C program digital clock, program design based on Keil μ Vision Proteus platform and hardware simulation platform, the key can control time.
clock
- 用proteus仿真51单片机，用中断计时，数码管显示！有proteus仿真电路-51 MCU with proteus simulation, with the break time, digital display! There proteus simulation circuit
main
- Platform: PIC1687A Project : 实验6：动态数码管显示实验 Clock F : 外部4M Software: PICC Author : 竹林清风 comments: 学习使用动态数码管显示。 注： PIC里面只有B口内部设置了上拉电阻， 用的时候必须用编程打开它，（OPTION=0X7F） 其他端口都须自已连上拉电阻， 一般是10K，接在5V的电压下就可以了 proteus仿真通过 -Platform: PIC1687
main
- Platform: PIC1687A Project : 实验6：动态数码管显示实验 Clock F : 外部4M Software: PICC Author : comments: 学习使用动态数码管显示。 注： PIC里面只有B口内部设置了上拉电阻， 用的时候必须用编程打开它，（OPTION=0X7F） 其他端口都须自已连上拉电阻， 一般是10K，接在5V的电压下就可以了 proteus仿真通过 -Platform: PIC1687A Pr
main
- Platform: PIC1687A Project : 实验4：单个按键控制数码管显示 Clock F : 外部4M Software: PICC Author : comments: proteus仿真通过 -Platform: PIC1687A Project: Experiment 4: Single key control digital display Clock F: External 4M Software: PICC Author: commen
89c51
- 此系统主要以ADC0808和80C51为核心，进行实时数据采集，数据处理和显示，终端接收及存储。具体包括控制、显示、A/D转化器等。设计中用AD0808进行8路数据的采样，利用51单片机的串行口进行发送和接收数据。利用8个LCD数码管进行显示数据处理。采用PROTEUS和Keil uvision3为开发工具，软件设计采用模块化编程-This system mainly ADC0808 and 80C51 as the core, real-time data acquisition, data
shumaguanxianshi00-66--1
- 利用定时器中断，实现数码管显示00-66的实验，Proteus-Using the timer interrupt, to achieve digital display 00-66 experiments, Proteus
display
- 数码管动态显示,Keil平台下编辑，可以通过Proteus仿真实现-LED dynamic display, Keil platform editor, Simulation by Proteus
time
- 用C51单片机做的一个数字钟，时间在数码管上显示。用的是PROTEUS 仿真-failed to translate