TCSC-GCSC-TSSC-SSSC

Platform: PIC1687A Project : 实验4：单个按键控制数码管显示 Clock F : 外部4M Software: PICC Author : comments: proteus仿真通过 (Platform: PIC1687A Project: Experiment 4: Single key control digital display Clock F: External 4M Software: PICC Author: comments: proteus simulation through )

基于STM32F1的CAN驱动； 基于STM32F1的SPI驱动； 使用MAX31856模块； 实现完整的温度采集，温度控制回路。(CAN driver based on STM32F1; SPI driver based on STM32F1; use MAX31856; Achieve complete temperature acquisition and temperature control loop.)

基于VC++的，以操作文件的方式（CreateFile,WirteFile,ReadFile）来操作串口实现的射频卡门禁系统，实现了包括读卡写卡，寻卡防冲突等功能。(Based VC++ in order to manipulate papers (CreateFile, WirteFile, ReadFile) to operate the serial interface of the RF card access control systems, including the realization of the card reader to write, look for cards anti-collision function.)

Calculates various ARMA-GARCH models for a specified returns time series. Output: model matrix with tests on model residuals and AIC BIC criteria

与沉默的开关为iOS，精选ios编程学习源码，很好的参考资料。(And the silence of the switch is iOS, select learning IOS programming source code, a good reference.)

该仿真原理图可以通过单片机控制，实现频率和波形的改变(The simulation schematic MCU control, frequency and waveform changes)

ads1230驱动程序,注释非常详细,编写风格清晰,欢迎下载(driver program)

MSP430单片机常用模块连接原理的与操作实例(MSP430 microcontroller used to connect the module with the operating principles of instances)

利用STC15单片机实现对称PWM输出，可设置频率、占空比，利用JLX12863显示。( symmetrical PWM output based on STC15 MCU， frequency　and duty cycle can be setted, use JLX12863 display.)

一种基于Arduous单片机的p.i.d控制程序，可以通过使能端控制被控对象的输出变化方向，例如电机正反转、冰箱升温降温等。也可以根据个人需要去掉使能端，只用PID算法。(A P.I.D controller is accomplished based on M.C.U. we download the P.I.D lib from Internet and add it to the developing software environment. finally, we developed a program that finished the P.I.D controller function.)