基于basys2的四位有符号二进数除法

单片机与ＦＰＧＡ的通信　 功能 :单片机控制写FPGA一字节数据 单片机控制写FPGA一字节数据时钟 (注意读写数据端口可复用,也可分用) 单片机控制发送数据端口 -MCU and FPGA communication functions: SCM control FPGA to write a byte of data SCM control FPGA to write a byte of data clock (Note that the read and write data ports can be re-used, but also can be divided into use) SCM control to send data port

xilinx应用指南xapp260的中文翻译版本。利用 Xilinx FPGA 和存储器接口生成器简化存储器接口。本白皮书讨论各种存储器接口控制器设计所面临的挑战和 Xilinx 的解决方案，同时也说明如何使用 Xilinx软件工具和经过硬件验证的参考设计来为您自己的应用（从低成本的 DDR SDRAM 应用到像 667 Mb/sDDR2 SDRAM 这样的更高性能接口）设计完整的存储器接口解决方案。(The use of Xilinx FPGA and Memory Interface Generator to simplify memory interface. This white paper discusses the various memory interface controller design challenges facing Warfare and Xilinx solutions, but also explains how to use Xilinx Software tools and hardware-proven reference designs to be for your own With (from low-cost DDR SDRAM applications to such as 667 Mb/s This higher performance DDR2 SDRAM interface) design a complete deposit Storage device interface solution.)

本例为ADC0809接口电路VHDL程序原代码-The ADC0809 Interface Circuit Example for VHDL program source code

说明：  良好的Coding Style能减少Bug，减少锁存器出现的可能以及其他隐藏逻辑错误，也有助于减小芯片面积或所用资源(Good Coding Style can reduce Bug, reduce the possibility of latches and other hidden logic errors, and also help to reduce chip area or resources used.)

说明：  一种用verilog语言实现的霍夫曼压缩编码算法(Huffman compression implemented by Verilog)

辛辛苦苦的作品应用于DE2 的 开发。。希望对大家有用。-hard work for Dictyophora development. . We hope that the right useful.

内有波形发生器，加法器，经典双进程状态机，伪随机熟产生器，相应加法器的测试向量，16×8bit RAM,FIFO,通用RAM等源程序-within waveform generator, Adder, classic dual-process state machine, cooked pseudo-random generator, the corresponding Adder test vector, 16 x 8bit RAM, FIFO, etc. source generic RAM

synopse sv培训lab，是学习systemverilog非常好的资料，放心下载。(synopsis sv training lab)

良好的Coding Style能减少Bug，减少锁存器出现的可能以及其他隐藏逻辑错误，也有助于减小芯片面积或所用资源(Good Coding Style can reduce Bug, reduce the possibility of latches and other hidden logic errors, and also help to reduce chip area or resources used.)

16位元浮点数CPU,可作运算,以VHDL编写-16-bit floating point CPU, can be used for computing in order to prepare VHDL