CAN控制单片机扩展板电路原理图，比较实用。

移动机器人摇杆手柄调速中(AD采集)，微控制器为MSP430，已成功调试用于机器人上！-Mobile Robot Control in the rocker lever (AD Acquisition), micro-controller for the MSP430, debugging has been successfully used on the robot!

用单片机做的数字电子钟，12864＋ds18b20+ds1302,有纪念日提醒功能。-Make use of single-chip digital electronic clock, 12864 ds18b20+ Ds1302, the anniversary has reminded function.

sed1335液晶驱动器源码，cpu为摩托罗拉16位单片机MC9S12DT128-sed1335 LCD driver source code for Motorola cpu 16 SCM MC9S12DT128

AVR单片机控制发光二极管的源代码-AVR control LED source code

AVR单片机的GCC语言编译器，和VC一样的界面-AVR the GCC compiler, and the same interface VC

周立功公司的C51 CANBus开发套件，可应用于CAN BUS的底层驱动开发-the C51 CANBus development kit that can be applied to the bottom of the CAN Bus Driver Development

八路电压表C程序 使用AT89C52单片机，12MHZ晶振，P0口读入AD值，P2口作AD控制，用共阳LED数码管 P1口输出段码，P3口扫描，最高位指示通道（0-7）。-Eight-way voltage meter C program using AT89C52 single-chip, 12MHZ crystal, P0 I read into the AD value, P2 I make AD control, with a total of P1 Yang LED digital tube output above code, P3 port scan, the maximum channel bit instructions (0-7).

1.通过键盘、LCD来进行超低功耗实验 2 在一段时间内，如果用户没有进行按键操作，系统将进入“睡眠”－－低功耗状态 3 用户按键后，系统从低功耗状态转到正常的工作状态 4 在非低功耗状态下，程序接收键盘按键执行加法器操作(因为键盘和LCD限制不能实现复杂 5 的功能,如乘法、减法、除法等）.-1. Through the keyboard, LCD for ultra low-power experiment 2 over a period of time, if the user does not have keys to the operation, the system will enter a " sleep" - low-power status 3 users button, the system switch from the low-power state to normal working condition 4 in the non-low-power state, the implementation of procedures to receive the keyboard keys adder operation (because the keyboard and the LCD can not limit the complexity of the functions of 5, such as multiplication, subtraction, division, etc.).

秒表程序-Stopwatch program

伟福 WAVE6000 环境下 MCS51汇编调用C51例程-Wei Fu WAVE6000 environment MCS51 compilation called C51 routines