PIC16F877shiyongjiaochen

240128液晶驱动的测试程序，c语言编写(240,128 LCD driver testing procedures, c language)

本资料包含基于Hebb学习的单神经元PID的M代码，使用改代码可以直接导入S函数中(This information contains a single neuron PID learning based on the M Hebb code, using the code can be directly imported into the S function.)

基于MSP430的LCD显示程序，是串行方式的，可在LCD上显示任意字符串。(Based on MSP430 LCD display program, it is a serial mode, can be displayed on LCD and the arbitrary string. )

本系统以stm32f103单片机为核心，充分利用单片机丰富的内部和外部资源及数字温度传感器DS18B20的优越性能，结合LCD显示屏、降温风扇，实现对温度的多点测量、显示与控制。(This system takes STM32F103 as the core, makes full use of the abundant internal and external resources of the single chip microcomputer and the superiority of digital temperature sensor DS18B20, combines the LCD display screen and cooling fan to realize the multi-point measurement, display and control of temperature.)

AD转换 ADC0809 C语言编程(AD converter ADC0809 C language programming)

C语言编写的pic16f886单片机PMBus通信的程序，MICROCHIP公司给的案例。(The program of C language with pic16f886 microcontroller,used for PMBus communication, provied by MICROCHIP.)

用组态王做的PID温度控制说明，很简单，很实用(Kingview do with PID temperature control)

登陆系统、等级评分、分数选择器、计数器、开方五个小程序(number counting 、sqrt、level ranking programs)

基于了LabVIEW的虚拟示波器的设计包括VI和详细的报告 设计目的及任务： 1、掌握利用A/D转换和计算机资源实现示波器的设计方法。 2、设计虚拟示波器。 3、建立NI-DAQmx仿真设备，选择E系列中的NI PCI-6071E数据采集卡的仿真模块，通过DAQmx物理通道识别，产生模拟信号，然后基于LabVIEW开发平台设计实现虚拟示波器。基本可以实现仪器的性能与可靠性，可以方便的对其编程, 实现对数据的采集、实时显示、数字滤波、截波显示、波形存储、波形回显、频谱分析等多种功能。(LabVIEW-based virtual oscilloscope design and detailed report, including VI design objectives and tasks: one, to master the use of A/D conversion and computer resources oscilloscope design methods. 2, the design of virtual oscilloscope. 3, the establishment of NI-DAQmx simulated devices, select E series NI PCI-6071E data acquisition card emulation module, through DAQmx physical channel identification, generates an analog signal, and then virtual oscilloscope based on LabVIEW development platform. The basic instrument can achieve performance and reliability, can easily be programmed to realize the data acquisition, real-time display, digital filtering, chopping display, waveform storage, echo waveform functions, spectrum analysis.)

51单片机和CPLD的双向串口收发，需要硬件支持，此版本在实际硬件上调试成功(51 MCU and CPLD two-way serial transceiver,Requires hardware support and this version is successfully debugged on the actual hardware)