LKT4200

说明：  四个舵机的键盘输入控制，需要使用arduino的串口通讯和串口监视(Keyboard input control of the four steering engines requires the use of arduino serial port communication and serial port monitoring)

这是基于stm32f407的编码器程序，能够实现单片机对编码器的控制并把数据用串口发回电脑(This is the code based on stm32f407 to control encoder and return the data to pc when succeed)

程序是DS1302做的电子时钟，内部有DS1302的datasheet和具体的程序(Program is the DS1302 doing electronic clock within the DS1302 datasheet and specific program)

组态王在实际应用中，温度测量与报警控制程序设计(Kingview in practical application, temperature measurement and alarm control program design)

用单片机和数码管实现的数据移位功能，供初学者学习使用(With the microcontroller and digital control to achieve the data shift function, for beginners learning to use)

用瑞萨16位单片机驱动数码管，循环显示数字(Renesas 16-bit microcontroller with digital tube driver, circulation figures)

指纹电子锁单片机控制程序，使用PIC单片机，用串口和指纹模块通讯(Single-chip fingerprint electronic lock control procedures, the use of PIC microcontrollers, and fingerprint module with serial communication)

8051/8096/8099/8048单片机汇编工具、 汇编语言、摩托罗拉m68HC11、m680x0系列汇编语言、inter8051单 片机汇编语言、dos未公开的秘密、windows进程控制、图形编程、 创新32位声开发、视频实例(8051/8096/8099/8048 SCM tools, Assembly language, Motorola m68HC11, m680x0 series of assembly language, inter8051 single Machine assembly language, dos not an open secret, windows process control, graphical programming, Innovative 32-bit sound, video examples)

说明：  STM32f103c8t6英文详细文档，编程资料，寄存器(STM32f103c8t6 English Detailed Documents, Programming Materials, Registers)

本系统严格按照题中所定参数及要求，构建了一个以MSP430单片机为控制核心的温度自动控制系统。该系统用PSB型负温热敏电阻作为温度传感器，以一种类R-F的方法测量木盒内实时温度，单片机用实时温度与预设温度值一起代入PID算式得出一个温度增量，再用此温度增量线性的控制PWM波的占空比，开关电源的输出电压也会随之变化，即制冷晶片的输入功率发生变化，因此制冷晶片制冷（加热）的功率随PWM波占空比变化，达到自动控温的目的。本系统制冷（加热）效果明显，效率高，界面友好，制作精致，能够胜任题中所定各项要求。(Question in strict accordance with the system parameters and requirements set out to construct a MSP430 microcontroller to control the core temperature control system. The system with the PSB-type negative thermal sensitive resistors as temperature sensors, the method in a class of RF real-time measurement of temperature inside the wooden box, single chip with real-time temperature and the preset temperature value into the PID formula come together on behalf of a temperature increase, then this temperature increment linear wave PWM duty cycle control, switching power supply output voltage will change, that is cooling the chip input power changes, so cooling the chip cooling (heating) power with the PWM duty cycle changes in wave to achieve the purpose of automatic temperature control. The system cooling (heating) effect is obvious, efficient, friendly interface, making sophisticated, capable of the requirements set out in the title.)