DFIG

网上有许多关于DM9000网卡芯片的介绍，然而这些介绍大多是关于Linux或WinCE下的驱动程序或移植，很少有介绍单片机驱动DM9000的例子。本文详细介绍了调试DM9000E的过程，仅供参考。(There are many online card chip on the DM9000 introduction, however, most of these presentations are on Linux or WinCE driver or under the transplantation, very few examples of introduced Microprocessor DM9000. This paper describes the process of debugging DM9000E for reference purposes only.)

数模转换芯片DA0832直通方式驱动一个发光二极管，由暗到亮循环( )

设计仿真方案，比较两个CFO的性能（基于CP与基于训练符号 Moose），并画出不同SNR下的两种估计技术的均方差（MSE）性能。

说明：  （有电路图）基于模糊控制的太阳能MPPT充电控制器的研究与实现.((With circuit) based on fuzzy control MPPT solar charge controller and its implementation.)

本程序基于单片机实现RTC实时时钟，简单易懂(The program is based MCU RTC real time clock, easy to understand)

C8051F060初始化程序，包括端口看门狗定时器串口晶振(C8051F060 initialization procedures, including serial port Watchdog Timer oscillator)

说明：  ADS1292芯片心率检测的例程，有上位机、原理图、芯片的数据手册(Ads1292 chip heart rate detection routine, there are upper computer, schematic diagram, chip data manual)

基于pscad的双馈式风机模型的建立，风力发电机实现清洁能源的利用(Doubly-fed wind turbine model based on pscad)

这是在STC2052单片机上实现的C51程序，内容是用于实现MODBUS总线RTU方式的从机源代码。系统基于RS485总线。(This was achieved on C51 MCU STC2052 program content is used to implement MODBUS bus RTU slave mode of the source code. System is based on RS485 bus.)

　si8250 目标板使用的是数字控制, 隔离半桥倍增为400千赫频率的脉宽 　这个目标板（图标1）包含了调试连接器为次级控制器（si8250）和初级单片机（c8051f300）的系统功率级和数字控制电路。用户可以通过si8250连接电脑的目标板直接访问电源系统以及使用USB连接到控制器板(si8250 target board using a digitally controlled, double isolated half-bridge pulse width of 400 kHz this target board (icon 1) contains the debug connector for the secondary controller (si8250) and primary SCM (c8051f300) system power level and the digital control circuitry. Users can connect the computer via si8250 target board power supply system as well as direct access to the controller board using a USB connection)