ripple adder

通过verilog hdl语言实现RS编码器与译码器的设计(Verilog hdl language through the RS encoder and decoder design)

用于实现FPGA硬件开发使用的加法器，需要注意的是用Verilog语言实现的(The adder used to realize FPGA hardware development needs to be realized in Verilog language)

偶数分频，包括验证程序，verilog实现，可综合-Even-numbered sub-frequency, including the verification process, verilog realize, can be integrated

利用FPGA实现频率测试,基于VHDL实现,具有良好的测试性能可直接使用-Realize the frequency of testing the use of FPGA-based VHDL realize, has a good test performance can be directly used

ALTERA　NIOS处理器实验，编程环境是QUARTUS，在NIOS SHELL下编译实现功能。实验USB接口-Altera NIOS processor experiments, programming environment is QUARTUS in NIOS SHELL compiler functionality. Experimental USB interface

ADI ad9361 vivado 下源代码(ADI ad9361 vivado source code)

有一个 8 位全加器 VHDL 代码。我测试该代码在协同，看到了这段代码的工作。

一个使用VHDL设计的具有强大功能的32位CPU，这个文件包含了与之配套的DDR控制器程序！-A VHDL design with the use of powerful 32-bit CPU, this document contains a complete set of DDR controller program!

Basic VHDL code to create a sine wave generator for an FPGA board.

实现4种常见波形正弦、三角、锯齿、方波（A、B）的频率、幅度可控输出（方波 A的占空比也是可控的），可以存储任意波形特征数据并能重现该波形，还可完成 各种波形的线形叠加输出。 -Realize four kinds of common sine wave, triangle, sawtooth, square wave (A, B) the frequency, magnitude controllable output (square wave A, is also a controllable duty cycle), can store arbitrary waveform feature data and can reproduce the waveform, but also completed a variety of linear superposition of the output waveform.