Microcontroller C Programming full manual

基于PIC16F877的秒表源码，驱动LED数码管，MPLAB编译环境。-PIC16F877-based source of the stopwatch, drive LED digital tube, MPLAB compiler environment.

这个两个rar文件是关于定时器0使用的例子, 也是我第一次使用定时器0做的实验程序: 1. T0_ASM.rar, (带中文注释的C51语言例程), 利用定时器0中断实现LED灯的简单控制。 2. T0_C51.rar, (带中文注释的51汇编语言例程), 利用定时器0中断实现LED灯的简单控制。 两个同样功能的timer0中断程序都在MCU51-63K仿真器下通过实验, 小虾们可以试试看。 -Rar files that are both about the example of the use of Timer 0 is also the first to use my timer 0 of the experimental procedure to do: 1. T0_ASM.rar, (with English language routines C51 annotated), make use of the timer 0 interrupt implementation easy control of LED lights. 2. T0_C51.rar, (with English Notes 51 assembly language routines), use of the timer 0 interrupt achieve easy control of LED lights. Same function in both programs at timer0 interrupted MCU51-63K emulator through the experiment, shrimp can give it a try.

教学打铃控制器,单片机,汇编语言,proteus仿真-Teaching Darlin controller, microcontroller, assembly language, proteus simulation

这是一个驱动LCM模块显示的51单片程序，模块点阵是128×64，使用的IC是ST7565P.-This is a drive LCM module shows the 51 single procedure, module lattice is 128 64, the IC is ST7565P.

51单片机串口通讯,介绍在51单片机串口通讯-51 Single-chip serial communications, introduction of the 51 single-chip serial communication

PIC C18 读写TLC5628数字电位器程序-PIC C18 Digital Potentiometers TLC5628 to read and write procedures

这是一个结合Proteus和51单片机实现的一个按键加速实例。以验证-This is a combination of Proteus and 51 of the MCU examples of a button to accelerate. To verify

用51单片机写的电子钟程序，完全可用,但效率还不是很好-Single-chip with 51 minutes to write an electronic process, completely available, but efficiency is not very good

LCD1602驱动程序 采用c语言驱动lcd1602-LCD1602 driver language used c-lcd1602

飞思卡尔单片机用PDIUSBD12和电脑通信，包括通用驱动，周立功的easyd12.dll和自写的VB测试程序控制B口上的两个小灯 用I/O口模拟总线和PDIUSBD12数据交换-frescale Microcontroller with PDIUSBD12 and computer communications, including general-purpose-driven, ZLG easyd12.dll and self-written by the VB test program control port B on the two small lamps with I/O port analog bus and PDIUSBD12 data exchange