资源列表
chinese_var
- Keil c语言对中文字符变量的处理示例，在stc90C51单片机实验板测试通过，完全可以使用！-Keil c language Chinese character variable processing example, in stc90C51 chip board test, can use!
LM3S_UDP
- LM3S8962中UDP发送和接收程序。-LM3S8962 in sending and receiving UDP process.
51lizi
- 51单片机C语言程序设计经典实例配套源代码-51 ddpplll
51pro
- 51单片机工程师是怎么炼成的——基于C语言+Proteus仿真配套源代码-51 single engineer is how to Make-+Proteus simulation based on the C language source code supporting
hong-wai-ce-ju
- 单片机STC89C52控制GP2Y0A02YK红外发射接收模块，通过串口把距离值发送到电脑端，测量距离20cm-150cm-SCM STC89C52 control GP2Y0A02YK infrared transmitter receiver module, the distance value is sent through the serial port to a computer terminal, measuring distance 20cm-150cm
DS1302
- DS1302显示 模块化写法 可让你玩转1602显示器、并学会模块化写法-DS1302 display modular method can let you play 1602 displays, and learn to modular way
Calendar-display
- 万年历显示 模块化写法 可让你学会12864的显示、并学会时钟、日期的显示-Calendar display modular method can let you learn to 12864, and learn to clock, date display
MCU-IO-simulate-the-PS2-protocol
- 用单片机普通的I/O脚（非中断）模拟PS2协议，通过引脚的的拉高和拉低来读取按键的时序，从而读出键值并且把读出的键值显示到1602液晶显示屏上,并且按键时蜂鸣器会响-Ordinary MCU I/O foot (not interrupt) to simulate the PS2 protocol, through the pins of the sequence of up and down to read the buttons, to read out the key value and
MCU--simulate-frared-receiving-
- 本例程是通过单片机普通的I/O脚（非中断）模拟红外接收时序 -This routine is by single-chip microcomputer common I/O foot (not interrupt) simulation of infrared receiving sequence
responder
- 系统上电后，显示提示符P.,按K1进入抢答界面，如果主持人没按K1开始键，选手按动 则视为违规抢答，数码管显示违规选手号，蜂鸣器报警，违规指示灯亮，-After the system is powered on, according to the prompt p., press K1 vies to answer first into the interface, if the host doesn t press K1 start, press is considered illegal v
PWM-C
- PWM周期为20ms，分成100等份，每一份0.2ms。P1.0输出占空比为3/10PWM方波，使用T0方式1中断控制方式，设置一个软件计数器count，如果占空比为30 ，-#include<reg51.h> #define uchar unsigned char #define uint unsigned int uchar count sbit PWM=P1^0 void T0_init(void) void delay(uint
stepper-c
- 这是利用单片机进行步进电机的控制，效果可以达到正反转，速度调节，对于初学者来说，是一个很好的实验-#include <reg51.h> #define uchar unsigned char sbit P1_0=P1^0 sbit P1_1=P1^1 sbit P1_3=P1^3 sbit P1_4=P1^4 sbit P1_5=P1^5 sbit P1_6=P1^6 sbit P1_7=P1^7 uchar RRR,flg,KKK