资源列表
uart(IT)
- 单片机多机通信中从机串口中断服务程序设计-Single-chip multi-machine communication from the serial port interrupt service routine design
Singlewire
- 单总线通讯协议。。。找了好久才收集到啦，看了你还不懂，那就很笨了，不要你后悔！-Single-bus communication protocol. . . Looking for a long time to collect you, read you do not know, then stupid, do not you regret it!
mini1608-dianzizhong_V1
- mini1608电子钟 自动检测环境亮度并变化LED屏亮度（正常亮度和睡眠亮度；不需要外扩任何光敏电路）-mini1608 Clock automatically detects changes in ambient light and screen brightness LED (normal brightness and the brightness of sleep photosensitive circuit does not require any external expansio
huayang
- 一键控制多灯花样 STC12C2052 内部RC或外部12MHZ晶振-A key control multiple light patterns STC12C2052 internal RC oscillator or external 12MHZ
caijiqi
- 电力行业中用到许多电能量表，都要按时对其进行抄录，如果由人工抄取费时费力。为此我们开发了电能表自动抄录系统。此程序就是自动抄表器控制器程序。-Used in many electric power industry scale, must be reproduced on time, if copied by hand to take time and effort. To this end we have developed a power meter automatically copyin
AlarmLAMP_V2.3
- 华硕报警灯,Keil下C51编程，具有设置加温定时和报警功能。同时，提供了Proteus的仿真程序。-ASUS warning light, Keil C51 under the program, has set the heating timer and alarm functions. While providing a Proteus simulation program.
rmtrc
- 使用PIC16F877 picc编译环境做的红外遥控接收程序-Environment using the PIC16F877 picc compiler to do infrared remote control receiver
PWM-PCA-V0.1
- 利用双向可控硅控制家中所有的电灯的亮和灭，采用ARM单片机-Using triac control the home bright and all the lights off, using the ARM microcontroller
asc16
- ascii码字模，8*16点阵，用于液晶显示编程。-ascii code matrix, 8* 16 dot matrix, liquid crystal display for programming.
wenshidu
- 温湿度控制：通过温湿度传感器对温度和湿度进行检测，把检测的数据返回进行反馈调节-Temperature and humidity control: temperature and humidity sensors to detect temperature and humidity, the test data back to the feedback regulation
CE343_Power_Management
- PIC单片机电源管理驱动代码，适用于大部分的PIC单片机。-PIC microcontroller power management driver code, for most of the PIC microcontroller.
stc12tostepper
- 这个是stc单片机我写的，有无线红外遥控 器，红外传感器作为限位开关等使用。综合来控制步进电机的运行。-This is a stc chip using infrared sensors, infrared remote control to control the direction of the stepper motor to start and stop.