TurboCode

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)

单片机89C52控制点阵二极管，汇编语言编写(89C52 single-chip dot matrix control diodes, compiled languages)

中控指纹5.0SDK，指纹开发包。Zk Finger SDK 5.0(ZK Finger SDK 5.0 Demo)

在单片机开发板上可实现的游戏——俄罗斯方块的C源程序(Microcontroller development board can achieve in a game- Tetris C source)

该程序是电源控制自动化系统： 主要功能：开机检测ac_ct（模拟信号） 和pfc_ct(模拟信号) 正常时,设置模拟信号参数，打开PFC_ON,继电器打开，正常运行中检测温度，风扇的状态，任何一个出现异常就进入保护状态。(Power supply control system)

说明：  红外测温芯片MLX90614底层驱动程序(MLX90614 infrared thermometer bottom of the chip driver)

通过AD7846和AD588芯片，在C52片子上编程，完成偏流源系统的连续可调(Through the AD7846 and AD588 chips, in the C52 films on the program, complete bias of the source system continuously adjustable)

初学pic mcu c设计，程序功能 按键控制无刷电机(novice pic mcu c design, function keys control of brushless motors)

基于MSP430的LCD1602驱动程序，该程序只用到了4根传输线，里面有写好了的h文件和c文件，添加到工程即可运用。(Based on LCD1602 MSP430 driver, the program only to 4 root transmission line, and there are written the h files and c file, adding to the engineering can be used.)

此卫星定位系统通信是没有任何问题的，如果通信不了，那就是你硬件问题了。(The GPS communication is no problem, if can t communicate, that is your hardware problems)