jidianqi

适用MINI板的基础例程 STM32奋斗板-触摸屏(Basic routines applicable to MINI boards)

说明：  基于STM32 hal库的CAN驱动，仅有驱动部分，收发均测试通过。(The CAN driver based on STM32 Hal library only has the driver part, and both transceivers and receivers have passed the test.)

本电路为基于AT89C52的温度控制系统。 控制系统采用模糊控制器实现。 采用PT100铂电阻温度传感器测量温度。 铂电阻温度传感器的调理电路以子电路 的形式给出FRONT-AMP。 其中引脚P3.4用于输出加热器控制信号， 引脚P3.5用于输出风扇控制信号。 DISPLAY1用于显示设定温度值； DISPLAY2用于显示实测温度值； 按键功能如下： #1：功能控制按钮。若按键未被按下， 系统执行控制子程序运行；若按键 被按下，则转入键盘处理子程序运 行。 #2：操作选择按钮。若按键未被按下， 对个位进行操作；若按键被按下， 则对十位进行操作。 #3：加一按钮。 #4：减一按钮。 (err)

单片机发出pwm波并ADC采样，。。利用pid调节占空比(Microcontroller sends out PWM wave and ADC sampling)

使用了成品遥控车的遥控与接受模块，基于STC89C52RC,模拟PWM输出控制车速，五个前进挡，两个倒挡(The remote control and acceptance module of the finished remote control vehicle is used. Based on STC89C52RC, the output of PWM is simulated to control the speed of the vehicle. There are five forward gears and two reverse gears.)

说明：  STM32实现人脸跟踪，通过舵机控制摄像头跟踪人的脸，顶顶顶顶顶顶顶(STM32 realizes face tracking. The camera is controlled by the steering gear to track people's face)

是一个为地铁施工现场开发的人数监控系统，使用ATMEGA16单片机做的，并用了红外传感器。(Is a subway construction site for the development of the number of monitoring systems, using ATMEGA16 microcontroller to do, and use the infrared sensor.)

配置系统的时钟，用于单片机的学习，基于开发板LPC1114,程序虽然比较小，却是一个完整的模块，可以作为一个模板，在此基础上添加其他外设及相关编程。(Configuring the clock of the system is used for the learning of MCU. Based on the development board LPC1114, the program is relatively small, but it is a complete module, which can be used as a template, on which other peripherals and related programming are added.)

使用MDK5编写的程序，利用STM32F103驱动CH378模块对U盘就行读写，还包含了相关的资料(Using the program written in MDK5, use STM32F103 to drive the CH378 module to read and write to the U disk, and also include relevant information.)

数码管动态显示，单片机学习者的很好的学习资料 (Dynamic display of digital control, microcontroller good learners learning materials)