此程序含有仿真电路图和C语言程序，希望能够对单片机爱好者有用...

实现交通灯功能的汇编程序.-achieve functional traffic lights compilation process.

AVR GCC IO口模拟的IIC总线。-AVR GCC IO port simulation IIC bus.

CC2430 基础实验十 片内温度的实验-CC2430 10 experiments based on the experimental temperature

在电子技术中，频率是最基本的参数之一，又与许多电参量的测量方案、测量结果都有十分密切的关系，因此频率的测量就显得更为重要。测量频率的方法有多种,其中电子计数器测量频率具有精度高、使用方便、测量迅速，以及便于实现测量过程自动化等优点，是频率测量的重要手段之一。在本次毕业设计中我们选择使用单片机来制作数字频率计，并在实际制作中采用了直接测频法。利用延时产生的时基门控信号来控制闸门，通过在单位时间内计数器记录下的脉冲个数计算出输入信号的频率，最终送入LCD中显示。这样制作出来的频率计不仅可以满足设计题目的参数要求，而且具有了单片机的稳定性和成熟性，且控制能力强，是一种低成本，高可靠的设计方案。-In electronic technology, the frequency is one of the most basic parameters, but also with a number of electrical parameters of the measurement program, the measurement results have a very close relationship between the frequency of measurement, therefore it is even more important. Measurement of the frequency of a number of means, electronic measurement of the frequency counter with high precision, easy to use, rapid measurement, and measurement is easy to realize the advantages of process automation is an important means of measuring the frequency of one. Graduates in this design we have chosen to make use of single-chip digital frequency meter, and used in the actual production of a direct

单片机程序在线设计 单片机程序在线设计-Single-chip Single-chip design process online program online online design single-chip design process

利用1602实现汉字的显示，程序简单详细，保证初学者可以看懂-Realize the use of 1602 Chinese characters show that this simple procedure in detail to ensure that beginners can understand

基于AVR单片机的CH451一应用。8个数码管，16个按钮开关。-Based on the AVR MCU application CH451 1. 8 digital control, 16 button switch.

关于眼图实现的几个程序，主要用于电子通信系统设计-On the eye to achieve a few procedures, mainly used for electronic communication system design

单片机智能数显电子表时钟程序,含头文件,说明,本人亲自试过.-Single-chip intelligent digital display electronic watches clock procedures, including the first document, I personally tried.

多功能电子秒表，用于单片机的学习，实现秒表的功能-Multi-function electronic stopwatch for single-chip learning, realization of the functions of a stopwatch