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说明：  利用单片机实现串口数据发送，整个工程文件。(Implement serial port to send data by MCU)

说明：  本程序可实现基于51单片机的电子秤数据采集、滤波、显示功能。 称重范围：0-1000g 分辨率： 0.1g 测试精度：0.2g 设计架构：采用弹性悬臂梁贴应变片的传感器结构，应变片采用全桥连接。电桥输出经AD芯片发送给微处理器，微处理器经过数据处理后显示。(This program can realize the functions of data acquisition, filtering and display of electronic scale based on 51 single chip computer. Weighing range: 0-1000g Resolution: 0.1g Testing accuracy: 0.2g Design framework: The sensor structure of elastic cantilever beam with strain gauge is adopted, and the strain gauge is connected by full bridge. The output of the bridge is sent to the microprocessor by AD chip, and the microprocessor is displayed after data processing.)

说明：  实用教程，单片机编程框架。很详细。初学者可以看看(Practical tutorial, SCM programming framework. Very detailed. Beginners can take a look at it.)

PWM LED driver data - see drivers leds leds-pwm.c.

基于Keil的51工程-1602移位显示(51 works based on Keil-1602 shift display)

简单的瑞萨R8C一线通讯从机模仿程序，模拟BQ26100从机发送和接收数据，还不完整，仅作参考(Simple renesas R8C a line of communication the machine,Simulation BQ26100 to send and receive data the machine, is not complete, for reference only。)

港口海岸工程中波高测量后，用于波高统计的上跨零点法。(wave height)

本程序是24C128的51单片机读写程序。 测试芯片：at89s52 晶振：12MHz有keil、proteus文件和24c128的英文文档和详细注释(This procedure is 24C128 microcontroller to read and write program 51. Test chip: at89s52 crystal: 12MHz with keil, proteus file and 24c128 documents and detailed notes in English)

一种基于AT89S52单片机的光电开关转速测量系统的设计。系统采用反射式光电开关产生与齿轮相对应的脉冲信号，使用AT89S52单片机采样脉冲信号并计算每分钟内脉冲信号的数目，即电机对应的转速值，最终系统通过数码管实时显示电机的转速值(A photoelectric switch based on AT89S52 Microcontroller speed measurement system design. The system uses a reflective photoelectric switch with the gear corresponding to the pulse signal, the microcontroller AT89S52 sampling pulse signal and calculate the number of pulse signals per minute, the motor speed value corresponding to the final system in real time by digital tube display the value of the motor speed)

航模舵机测试信号发生器，周期20ms ， 占空比可调，一位数码管显示。内含proteus仿真程序。(Model aircraft servo test program, 20ms, adjustable duty cycle.)