▍1. DG1
用PSCAD软件编写的微网系统,包括风力,光伏和微型发电机(MicroGrid systems, including wind, photovoltaic and micro-generator)
本例程是SIM300模块,用51单片机打电话点亮一颗LED的程序(This routine is SIM300 module, with 51 SCM call a LED light up the program)
以CVI为平台,建立信号的频谱分析仪,有两个图形控件,用来分别显示采集波形和频谱分析图形;两个数字控件,一个输入采样速率,一个显示信号频率;三个命令控件,一个启动数据采集命令程序,一个开始频谱分析,一个退出程序。(CVI is the signal spectrum analyzer, two graphical controls, used to display the waveform acquisition and spectrum analysis graphics two digital controls, an input sampling rate, a display signal frequency three commands control, astart the data acquisition command procedure, a spectral analysis, an exit program.)
AVR单片机PWM控制直流电机,利用PWM控制直流电机,实现调速,正反转(AVR CONTROL DC MACHINE)
本设计采用AT89S51单片机,设计电子钟,并用数码管显示!(This design uses the AT89S51 microcontroller design electronic clock with digital display! )
omap3530 led,寄存器,GPIO,ad 转换的驱动(the driver of omap 3530 led ,seg,GPIO, ad transmition)
具有24小时计时的电子钟,并与数码管上显示,中断方式分为2种。(With 24 hours the electric clock time, and with digital tube display, divided into two interrupt mode.)
YM1602C液晶显示“OK!”字符串。(YM1602C displays the "OK!".)
89C51单片机串口打印00H-99H,定时器1产生波特率,波特率值为9600(C51 89 C51 serial print 00 H-99 H, the timer 1 produce baud rate, baud rate value for 9600 serial print 00 H-99 H )
STC12C5A60S2的8路10位AD转换程序,本人亲自写的,绝对好用。(8 10-bit AD conversion process in STC12C5A60S2 , personally written , absolutely easy to use . )
这是一篇有关8031单片机的介绍与应用,是入门,以及实践的良好教材(This is the introduction and application of an 8031 microcontroller, entry, and the practice of good teaching materials)
opnet无线网络建模与仿真,以在opnet10中仿真通过,适合初学者(opnet wireless network modeling and simulation to simulate the opnet10 by, for beginners)
开发环境为Keil,用51单片机完成串口通讯,完成收发字符串的功能(The development environment for the Keil, with 51 single-chip microcomputer serial communication, complete transceiver string function)
c语言编程程序,在PIC12f508中能够正常运行(The c programming language program, in PIC12f508 working in )
这是我学校电子工程设计的一个题目,是一个基于温度传感器的系统开发,包括了驱动电路,变送器,电源,AD,DA(This is a school of electronic engineering topics, is a temperature sensor-based system development, including a driver circuit, transmitter, power supply, AD, DA)