8-解码器 FPGA

这个是DE2上的SDRAM 四个端口的驱动代码，相当实用！(This is a four-port SDRAM on a DE2 driver code, very useful!)

FPGA MIPS架构CPU，五段流水线功能，ISE开发，verilog语言，可综合，模拟结果正确，内含设计报告(FPGA MIPS CPU, simple five-stage pipeline function, developed by ISE, using verilog language)

spwm dcac逆变 fpga与单片机一起作用(sdad)

这是一个verilog代码实现的常用乘法器。设计的是通用N比特乘M比特的二进制乘法器(This is a common multiplier verilog code. Design of a generic N bits by M bits of the binary multiplier)

说明：  介绍了Displayport规格中lind training的背景研究，设计和实现。(As the requirement for bandwidth continues to increase in the video market, retaining the signal integrity becomes increasingly more difficult. For many of todays commonly used video interfaces, there are devices that can be used to assist in this matter. However, the use of such a device is only partially documented in the DisplayPort specification for the receiving image device, which means that the receiving side of the video link is free to choose its own implementation. This report presents, together with background research and design decisions, a suggestion for such an implementation. This implementation would need to be compatible towards a wide range of possible video Source devices and DisplayPort cables.)

基于FPGA的数字时钟设计，通过lcd1602显示时钟，时钟可调节，主要针对学习用FPGA来驱动lcd1602显示，以及学习verilog硬件描述语言。

altera公司飓风四代芯片，LCD屏幕彩条显示，有效实现行、场扫描。练习FPGA驱动VGA或LCD显示的入门程序(Altera hurricane four generation chip, LCD screen color display, the effective realization of line and field scanning.Practice FPGA to drive VGA or LCD display)

verlog通过FPGA实现数字钟，包含时间计数，秒表和闹钟等功能

将FPGA设计仿真结果数据写入到txt记事本中，然后通过Matlab读取txt中的数据并显示图像(write the FPGA simulation result data into textbook,and read these data from textbook and display image in Matlab)

设计遥控器接收解码电路。该电路接收编码后的串行数据，解码输出数据。电路接收 到的串行数据的格式为： 4 位同步码“ 1010”， 4 位数据（高位在前）， 1 位奇校验码（对前 8 位数据校验）(Design of remote control receiver decoding circuit. The circuit receives the encoded serial data and decodes the output data. The format of the serial data received by the circuit is: 4 bit synchronous code "1010", 4 bit data (high in the front), 1 bit parity check code (check for the first 8 bits of data))