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wendubaojing
- 1602LCD与DS18B20设计的温度报警器，包含proteus仿真和源代码（为了下点资源，我也不容易啊）-1602LCD and DS18B20 design temperature alarm, contains the Proteus simulation and source code ( for some resources, I also not easy )
src
- 附件中是在keil for arm下编译的ARM程序——LCD万年历（暂名） 有源代码和PROTEUS文件。 刚学ARM，刚学写程序…… 所以程序写得可能垃圾，不过功能基本已实现已经设置了keil for arm与proteus（7.1）的联调，不过我基本上没用 希望大家多多指正…… 功能未完，待续…… -Attached is the keil for arm compiled ARM program- LCD calendar (tentative name) S
arm_menu_demo
- ARM7_LPC21XX实现菜单功能的演示，提供PROTEUS仿真，希望对学习ARM的同仁有帮助。-ARM7_LPC21XX realize menu functions show, provide PROTEUS simulation, and I hope to learn the ARM help colleagues.
honglvdeng
- 这个是我做的是红绿交通灯的单片机proteus仿真，里面有仿真图和word报告-This is what I do is red and green traffic light microcontroller proteus simulation, there are simulation diagrams and word reports
digital-thermometer
- 此源程序是本人的基于单片机的数字温度计的毕业设计，绝对完整，包括proteus原理图和pcb版图-This program I graduated from the design of microcontroller-based digital thermometer, absolute integrity, including proteus diagram and pcb layout
danpianjishiyandagang
- 熟悉keil仿真软件、proteus仿真软件的使用。了解并熟悉单片机I/O口和LED灯的电路结构，学会构建简单的流水灯电路。掌握C51中单片机I/O口的编程方法和使用I/O口进行输入输出的注意事项。-Familiar with the keil simulation software, proteus simulation software use. MCU I/O port and the circuit structure of the LED lights, and become fami
PIC_uart_bytes
- PIC单片机的串口通信，能够接收发送任意多个字节，通过proteus仿真，设置虚拟串口，可以与串口助手联合调试，希望大家共同交流-PIC microcontroller serial communication, able to receive send any number of bytes, set up a virtual serial port proteus simulation, the joint debugging and serial assistant, I hope we
yzh31
- 在PROTEUS中用PIC单片机的I/O口模拟串行通信，用键盘控制，并显示，纺真成功！-PROTEUS using the PIC microcontroller I/O port analog serial communication, keyboard control, and display, spinning true success!
monichuankou
- 在PROTEUS中用PIC单片机的I/O口模拟串行通信，用键盘控制，并显示，纺真成功-PROTEUS using the PIC microcontroller I/O port analog serial communication, keyboard control, and display, spinning true success
Eight-way-Responder
- keil C程序，proteus仿真电路图都有。我自己做过的作品，好用-a keil C program, proteus simulation circuit diagram has. I have done works, easy to use
ex-1
- Proteus的8051单片机实例教程》源程序 I/o口输出实例-Proteus 8051 tutorial examples " source I/o port output instance
ex-2
- I/O 口输出输入实例教程以及Proteus仿真-I/O port output input tutorial examples and Proteus simulation
lab1
- 练习一I/O控制 练习目的:1.掌握单片机I/O口控制方法。2.掌握Keil与Proteus的使用方法。练习内容：参考例程，掌握Keil与Proteus的联调使用方法。画出电路，编写一段程序，用P1 口作为控制端口，使8个LED 轮流亮。画出电路，编写一段程序，用P1.0~P1.6 口控制LED，P1.7 控制LED 的亮和灭(P1.7 接按键，按下时LED 亮，不按时LED 灭。)-Exercise I/O control, practice the purpose of a master M
Nubielab_LCDLIB_V1.0beta
- This AVR C library for using LCD based on HD44780 controller. You can make it using CodevisionAVR V2xx. ISIS Proteus simulation included. I wrote by my self and it still in Beta.-This is AVR C library for using LCD based on HD44780 controller.
jiaotongdeng-51
- 两份基于51单片机的交通灯，包括原理图，proteus仿真，PCB，实训报告等。是我单片机实训时的成品，调试成功的。-Based on 51 single two traffic lights, including schematics, proteus simulation, PCB, training reports. SCM training when I was finished, debugging success.
Relogio_Clock
- It is a complete project of a four digit clock developed with Proteus and CCS compiler. In the project I used a PIC16F628 microcontroller, 4-digit 7 segments displays, two buttons and two leds. It is possible to set the current hour and alarm.
SOUND3
- 通过Proteus模拟单片机,实现音乐盒（祝你平安）的开发 工程开发环境：Proteus7.5,Keil C51 Vision3 8.02版 开发语言：C语言 参考书：51单片机工程师是怎样炼成的——基于C语言+Proteus仿真（老杨编著）-By Proteus simulation microcontroller to achieve Music Box (I wish you peace) development project development environment:
Electronic-Balance
- 本压缩包包含proteus与keil电子秤源文件，已经过联调，顺利通过，希望对有需要的同学有帮助-The archive contains proteus keil electronic scales with source documents, the FBI has been successfully passed, and I hope to help students in need
c51zixue
- 本人曾经学51时练习的一些程序及相应的Proteus仿真图，直接在KEIL里写，在仿真里就能实现，方便，使用，适合新手使用-I had to learn some of the program 51 during practice and the corresponding Proteus simulation map, write directly on the KEIL, in the simulation was able to achieve, easy to use, suitable
AVR_M16_PWM_KeyScan_7Seg_Interrupt
- 自己工作需要，需输出可调脉宽、频率的PWM波，网上找的资料都是介绍AVR快速PWM的，没有使用AVR相頻修正实现PWM控制的。就自己查资料，仿真、做板子。自己做了一个，调试通过了，如果需实际使用，部分参数需稍加修正。 功能：AVR ATmega16 相頻修正PWM波实现 涉及模块：7Seg(7段数码管驱动) 键盘扫描(包括长按和短按，稍加修改可实现多键检测) 定时器0,2的定时使用 定时器1的相頻修正PWM输出 PWM频率范围：0.1-99.9Hz，占空比：