LPC_Host

基本按键操作——单键触发8位二进制累加计数器实验(Basic key operation- one-touch trigger 8-bit binary up-counter experiment)

MP3, about the source and the principle diagram MP3 music playback function, and can be adjusted freely

这是ads1292的驱动代码，包括算法，对开发心电非常有帮助。是在keil5上开发，而且是用的是efm32的芯片。(This is the ads1292 driver code, including algorithms, the development of ECG is very helpful. Is developed on the keil5, but also with the efm32 chip.)

说明：  些程序为STM32F103VET6驱动CMOS摄像头OV7670的程序。采用AL422B作为FIFO帧缓冲，显示采用3.5寸TFT ILI9481，单片机FSMC方式驱动TFT，非常好用。(These procedures STM32F103VET6 drive OV7670 CMOS camera program. As the FIFO frame buffer with AL422B display with 3.5-inch TFT ILI9481, are driven SCM FSMC TFT, very easy to use.)

液压力控制系统的稳定性仿真实验及伯德图和Nyquist图(Hydraulic pressure control system stability simulation)

基于89c52的2.4寸液晶显示源代码和hex文件(Display the source code and hex file based on the 2.4-inch LCD 89c52)

STC15W4K56S4 4串口均已初始化，可正常使用。(STC15W4K56S4 four uarts.)

BMS的程序设计，集合了温度测量，电压测量。(bms programe，temperature。)

汽车安全与防盗最初的电子化开始于1994年的引擎防盗(IMMO)，恩智浦半 导体(当时的飞利浦半导体)作为第一家半导体公司把RFID的电子标签技术成功 的应用于汽车电子引擎锁：通过汽车与钥匙间的125kHz的无线通讯实现电子身 份识别，来判断启动汽车引擎。这一技术极大的提高了汽车的安全性，很快就在 欧洲以及北美地区广泛应用，并在短短几年时间内使欧洲的汽车失窃率大幅降低 了90 ，因而成为整个欧洲的汽车标准配置(Automotive safety and anti-theft electronic originally began in 1994, engine anti-theft (IMMO), NXP (then Philips Semiconductors) as the first semiconductor company to RFID electronic tag technology successfully used in automotive electronic engine lock: By car keys between 125kHz and wireless communications for electronic identification, to determine start the car engine. This technology greatly improves the car' s safety, soon in Europe and North America, widely used, and in a few years time so that European auto theft rate significantly reduced by 90 , and thus the entire European automotive Standard configuration)

摄像头实验_输出YUV转灰度显示到LCD（寄存器版）(Camera Experiments Output YUV Gray Level Display to LCD (Register Edition))