256 点 FFT 实现的设计与实现

Blessing_3_v3_9_6稳定盈利set，仅限AUDNZD货币对，周期M1。 使用本压缩包内的SET，LAF默认是15，根据历史测试来看具有较大的风险，需要手动规避数据。 合理设置为LAF=8，请自行设置和调试，找到自己合适的风险值。 (Blessing_3_v3_9_6 stable profit set, only AUDNZD currency pairs, cycle M1. Use this package in the SET, the default is 15 fans, according to the angles of history test has great risk, need to avoid data manually. Reasonable set to fans = 8, please make your own setting and debugging, find their proper risk value.)

数字钟的VHDL源程序，可以实现校时，校分等功能，并在试验箱上运行成功-The VHDL source code digital clock, you can achieve at school, school grade features, and success in the chamber is running on

1. REVISION HISTORY 2. OVERVIEW 3. SOFTWARE TOOLS AND SYSTEM REQUIREMENTS 4. DESIGN FILE HIERARCHY 5. INSTALLATION AND OPERATING INSTRUCTIONS 6. SUPPORT

基于NIOS II的SD CARD MUSIC PLAYER源码，包括硬件SOPC-NIOS II based on the SD CARD MUSIC PLAYER source, including hardware SOPC

与Xilinx spartan6评估委员会结合的小型项目示例。

Frequency meter Verilog implementation for Xilinx XC2C256. MT10T7 7-seg LCD used for output.

nseval - Object evaluation, includes control method execution.

基于FPGA的VHDL，can总线控制的设计与实现，在ISE下弄的。(FPGA-based VHDL, can control the design and implementation of the bus, get under the ISE' s.)

FPGA与PC端实现串口数据的收发，先从PC端接收数据，然后发回给电脑，可通过串口助手验证。(The serial port data is sent and received between the FPGA and the PC. First, the data is received from the PC, and then sent back to the computer. It can be verified by the serial port assistant.)

采用高速AD的存储示波器设计，基于EP1C3板GWADDA板存储示波器，内有说明文件-AD using high-speed storage oscilloscope design, based on EP1C3 board GWADDA board storage oscilloscope, which has the documentation