FPGA硬件实现数字时钟

FPGA／CPLD技术是近年来计算机与电子技术领域的又一场革命。本书以Xilinx与Altera公司的FPGA／CPLD为主，详细介绍了FPGA／CPLD从芯片到MAX+plusⅡ、Quartus与ISE开发环境和Verilog／VHDL语言，并以交通灯逻辑控制、电子钟与点阵LED显示、LCD液晶显示及计算机ISA接口和PCI接口的设计等为例，由浅入深地详述了如何应用FPGA／CPLD进行电子设计。书中的大多数电路图和源程序已经过实例验证，读者可以直接应用于自己的设计。本书的特点是强调实用性和先进性，力求通俗易懂。 本书适用于计算机、电子、控制及信息等相关专业的在校大学生，对广大工程技术人员也具有实用价值。(FPGA/CPLD technology in recent years the field of computer technology and electronic another revolution. Book Xilinx and Altera' s FPGA/CPLD based, detailing the FPGA/CPLD from the chip to MAX+plus Ⅱ, Quartus and ISE development environment and Verilog/VHDL language and logic control traffic lights, electronic bell with dot matrix LED display , LCD liquid crystal display and computer ISA interface and PCI interface design, for example, progressive approach to detail how the application of FPGA/CPLD for electronic designs. Circuit and the source of most of the book have been instances of verification, the reader can be directly applied to their own design. Characteristic of this book is to emphasize the practical and advanced, best straightaway. This book applies to computers, electronics, control and information and other related professional college students, the majority of engineering and technical personnel also has practical value.)

本实验是用LCD12864显示英文 显示 Our FPGA EDA NIOS II SOPC FPGA(This experiment is shown in English with LCD12864 display Our FPGA EDA NIOS II SOPC FPGA)

说明：  自己写的DES的verilog实现。输入输出实现了并转串。(DES algorithm implemented in verilog.)

DS18B20温度测量程序 之后用于在LCD显示屏上显示对应的温度(DS18B20 test code)

说明：  matlab bpsk with rayleigh performance expirement

说明：  用FPGA于32进行SPI单向通信，FPGA向32放松发送数据(One-way SPI communication is carried out in 32 with FPGA, and data is sent to 32 with ease by FPGA.)

附件为三星K9系列flash控制器的verilog代码，已经编译ok且在FPGA开发板上验证通过了，验证环境为quartusii和modelsim联合平台上。关于K9系列flash的datasheet，网友们可以自己到网站上去找。此项目的flash大小为1024*32。

说明：  基于FPGA 黑金ALINX 515的 ADDA采样模块源码（需调试）(ADDA Sampling Module Source Code Based on FPGA Heijin ALINX 515)

说明：  用FPGA实现8点fft，整个代码使用verilog编写，主要运用了加法器和乘法器，简单易懂(8-point FFT with FPGA, The whole code is written by Verilog, mainly using adder and multiplier, which is easy to understand)

快速傅立叶变换及反变换  快速傅立叶变换及反变换的verilog代码，altera官网提供，也可以从http://www.altera.com.cn/网址查找。做数字信号处理的同学可以看看。