用Verilog编写的USB下载线程序实现USB协议和JTAG…

说明：  1、SignalTap II Logic Analyzer使用方法； 2、掌握捕获条件的设置 3、学会硬件信号分析，了解硬件信号监视和软件调试的差异(1. How to use signaltap II logic analyzer; 2. Master the setting of capture conditions 3. Learn hardware signal analysis, understand the difference between hardware signal monitoring and software debugging)

VHDL 快速参考手册，简要概括了VHDL，非常适合做开发参考-VHDL Quick Reference Guide, a brief summary of VHDL, is well suited to do the development of reference

课程设计要求设计并用FPGA实现一个数字频率计，具体设计要求如下： 测量频率范围： 10Hz～100KHz 精度： ΔF / F ≤ ±2 % 系统外部时钟： 1024Hz 测量波形： 方波 Vp-p ＝ 3～5 V 硬件设备：Altera Flex10K10 五位数码管 LED发光二极管 编程语言：Verilog HDL / VHDL-curriculum design and FPGA design to achieve a digital frequency meter, the specific design requirements are as follows : measurement frequency range : 10Hz to 100KHz precision : F/F 2% external clock system : 1024Hz Waveform Measurement : square Vp-p = 3 ~ 5 V hardware : Altera Flex10K10 five digital LED light emitting diode programming languages : Verilog HDL/VHDL

verilog 教程 PPT版本 语法 结构 设计技巧等(Verilog tutorial PPT version)

Actel FPGA A3P600最小系统原理图，包含JTAG 、电源和封装 (Actel FPGA A3P600 minimum system schematics, including JTAG, power and packaging)

实现LDVS接口数据接收 含有协议结构以及处理(lvds Verilog 512 frame)

基于fpga的verilog实现ad及uart，并进行仿真验证(Verilog based on FPGA implements AD and uart, and carries out simulation verification)

在赛灵思的FPGA上实现turbo码的编码程序,使用Verilog语言实现。(Implemented on Xilinx FPGA in the turbo coding principle, the use of Verilog language.)

高速FIFO，verilog设计。速度高达130Mhz(High-speed FIFO, verilog design. Speed up to 130MHz)

利用FPGA来采集美新加速度计的数据，并将FPGA采集到的数据传给ARM系统处理-The use of FPGA to collect the new U.S. accelerometer data and the data collected FPGA passed ARM system processing