资源列表
lab1
- basys2开发板的入门教程实验Leb1源代码,开关与按键控制发光管(Basys2 development board introductory tutorial experiment Leb1 source code, switch and key control light emitting tube)
danpianjibianchengshili
- 单片机C语言程序设计实训100例——基于8051+Proteus仿真(100 examples of C language program design in single chip microcomputer based on 8051+Proteus simulation)
ARM-STM32
- 涉及ARM-STM,其中包括stm-32相关数据，RTX，嵌入式WEB服务器及远程测控应用(Involving ARM-STM, including stm-32 related data, RTX, embedded WEB server and remote measurement and control application)
单片机固定角度调速
- 单片机控制步进电机转固定角度和调速速度控制(Single chip microcomputer control not only the fixed angle and speed regulation of the motor)
Sources
- 实现光电组巡线和运动控制程序，基于mc9s12dg128芯片，速度很快(Realize the photoelectric group patrol and motion control program, based on the MC9S12DG128 chip, the speed is very fast.)
最终版
- 根据时钟信号实现同步向量采集程序，基于cpld和stm32f407实现(Realization of synchronization vector acquisition program based on clock signal, based on CPLD and stm32f407)
51黑论坛_交流电压测量与显示毕设
- 频率计专用单片机开发哒啊 啊哒阿达 啊哒哒哒啊啊啊啊(DADAdadadadaadadadad)
I2CTest_UseSoftI2CModule(PB0,PB1)
- 本程序实现了用TI LM3S系列单片机的IO端口接入I2C总线，可以实时监控总线上的变化与传输，并将I2C传输的内容，实时通过串口打印出来，可用于破解各种I2C通信协议，曾经用于解析PIC单片机之间的I2C通信，解决了串口实时打印的问题，采用FIFO，UART接受与发送均采用中断，并解决了FIFO中断深度等等问题。仅供参考。(This program is used to achieve the IO port access I2C bus by using TI LM3S Series MCU
基于stm32f103指南者开发板的温度控制系统
- 使用stm32F103开发板利用PID算法控制PWM信号控制大功率MOS管通断，为一个20Ω/30W的空心瓷管电阻加热。在控制温度过程中通过温度传感器（DS18B20）实时监测系统温度，并使用stm32F103开发板所提供的电阻式触摸屏显示实时温度和预设温度及温度控制面板。(Using the stm32F103 development board, the PID algorithm is used to control the PWM signal to control the high p
电阻触摸屏—触摸画板
- 基于stm32f103及电阻式触摸屏开发的画板程序，开机后首先进行触摸校准，进入画板界面后可选择画笔粗细、选择颜色，附带橡皮擦功能。(Based on STM32F103 and resistive touch screen, the sketchpad program is developed. After touchdown, the touch is first calibrated. After entering the sketchpad interface, you can choo
2812
- 2812 program Thank you.
clock
- 自己开发的电子时钟小程序，通过数码管显示时间，key1和key2控制校时校分，key3切换时钟模式和闹钟模式，切换到闹钟模式再按key1和key2即可设定闹钟时间。key4控制开启/关闭闹钟。有整点报时功能。(Self developed electronic clock applet, through the digital tube display time, key1 and key2 control time correction, Key3 switch clock mode and