8051MCU in the FPGA to achieve the source code, using VHDL language

一个AD4003的测试/控制程序，2Ms/s，18bit的AD高速AD芯片(A AD4003 test / control program, 2Ms/s, 18bit AD high speed AD chip)

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

使用VHDL进行分频器设计，主要是一些分频的东西，整数分频，小数分频，奇次分频和偶次分频-Divider using VHDL to design, mainly because some sub-band stuff, integer divider, fractional-N, odd and even sub-sub-sub-sub-band frequency

FPGA实验_HDB3编码器设计(包含5个模块)(FPGA design experiments _HDB3 encoder (including 5 modules))

FFT处理器的FPGA设计方法，适合做信号处理的技术人员参考，用FPGA实现-FFT processor, FPGA design, suitable for signal processing technology for reference, using FPGA to achieve

使用vhdl实现的1024点的FFT算法-Using vhdl implementation of the 1024-point FFT algorithm

This document gives the code for programming a CC2500 transceiver using Altera Stratix FPGA. The FPGA and CC2500 are connected through SPI mode with the FPGA as the master and CC2500 as the slave.

关于逻辑信号的转变等等的一个程序。还包括显示(Analog-Digital-Wandler)

FPGA编写环境，具有仿真容易，软件内存小的特点(FPGA authoring environment, with easy simulation software features small memory)

说明：  采用FPGA（现场可编程门序列）编写VHDL语言设计多路同步脉冲发生器，对信号进行分频处理，实现四路信号相位相差T/16和T/8的延迟相位输出，实现的四路脉冲与传统的脉冲同步器不同，它具有高集成度，高通用性，容易调整和高可靠性等特点。(Using FPGA (field programmable gate sequence) to write VHDL language to design multi-channel synchronous pulse generator, to divide the frequency of the signal, to achieve the four-way signal phase difference T / 16 and T / 8 delay phase output, the realization of the four-way pulse is different from the traditional pulse synchronizer, it has the characteristics of high integration, high-throughput, easy adjustment and high reliability.)