万隆开发板的原理图和PCB图，只有沟通和学习…

该实验是在“点到点无线通信实验”的基础上进行开发，节点A 作为发射模块，节点B 作为射频休眠实验的对象，PC 通过串口下达休眠和唤醒的指令给节点B，来实现对射频部 件的唤醒和休眠功能。串口的设置为波特率115200b/s，8 位数据位，1 位停止位，无校验位。-The experiment in the " point to point wireless communications experiment" based on the development and launch of the module as a node A, node B as a test object dormant radio frequency, PC through the serial port sleep and wake-up instructions issued to the Node B, to achieve the right wake-up radio frequency components and the hibernation feature. Serial port baud rate is set to 115200b/s, 8 bits of data bits, 1 stop bit, no parity bit.

利用MSP430 单片机的一般 I/O口进行的数字量的采集 利用A/D采集通道实现模拟量到数字量的转化-use of the general I/O port for the digital collection using A/D channel analog output of the digital conversion

华虹TYPEA射频芯片1507的控制程序，完成TYPEA协议中各指令操作。-Huahong TYPEA RF chip 1507 of the control procedures, the completion of the agreement TYPEA operation of the Directive.

单片机驱动液晶,基于51-Microprocessor LCD, based on 51

51――14-单线温度传感器18b20；用温度传感器18b20检测温度-51- 14- single-temperature sensor 18b20 Detect 18b20 temperature sensor with temperature

用PIC16F716开发的一遥控程序源码-PIC16F716 with the remote control procedure developed by one source

基于PIC18F2580实现的键盘控制程序（带防抖功能） C语言写的-PIC18F2580 realize the keyboard-based control procedures (with Anti-Shake function) C language written in

单片机控制减速电机，红外循迹，壁障，运水，08年黑龙江电子大赛题目-Single-chip motor deceleration control, infrared tracking, barrier, transport, water, Heilongjiang in 2008 e-Competition Title

实现两个单片机的通讯，主机发送数据给从机，从机接收数据-Realize the two single-chip communication, the host sending data to the slave, to receive data from the machine

c程序，TI TMPS430单片机使用例子，希望对象我一样的初学者有帮助,-c procedures, the use of TI TMPS430 SCM example, I hope that the same object is to help beginners.