一百多个例子很好的verilog 学习资料，大家可以多多参考，适合初学者学习...

此程序基于ADC0809,它是CMOS的8位A/D转换器，片内有8路模拟开关，可控制8个模拟量中的一个进入转换器中。-Connection between ADC 0809, it was the eight CMOS A/D converters. Tablets containing eight analog switches, control eight of analog converters enter a Chinese.

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

用Verilog实现汉明码编码，经测试可正确使用，代码简洁(Verilog with Hamming code encoding, the test can be used correctly, the code is simple)

用VHDL语言实现的蜂鸣器发声程序，当按下不同按键时，发出不同频率的声音(Function:when different buttens are pressed, beep will play sound with different frequency. laguage:VHDL)

说明：  内部含3个模块，使用DDS产生200k与500k的正弦波，两者相加后过数字低通滤波（通带0-200k，阻带400k以上），并将波形输出，实测FFT分析中看不到500k分量。其中数字滤波器采用MATLAB设计（FIR+等波纹，阻带衰减-80dB）(There are three modules in the system. DDS is used to generate 200K and 500K sine waves. After adding the two modules, the digital low-pass filter (passband 0-200k, stopband above 400k) is used, and the waveform is output. 500K component can not be seen in the actual FFT analysis. The digital filter is designed by MATLAB (FIR + equal ripple, stopband attenuation - 80dB))

verilog描述的基于LMS的自适应噪声消除器ANC算法。用于数字音频处理。(The verilog Description LMS-based adaptive noise canceller ANC algorithm. For digital audio processing.)

使用vriloge硬件描述语言设计数字频率计，其对于高频测量精确，可测范围0―99999999HZ，在MAX+PLUSII中运行通过并在实验箱上运行通过达到要求-The use of hardware description language design vriloge digital frequency meter, and its high-frequency measurement for accurate, range 0-99999999HZ, in MAX+ PLUSII run me through and run the experiment to meet the requirement through

基于DDS的信号源设计（包括三角波、正弦波、方波）(Design of signal source based on DDS)

altera EP1C6Q240C6开发板原理图-altera EP1C6Q240C6 SCH

主要编写了一组二进制数据通过根升余弦滤波器后的波形，但并没有使用ISE内部的FIR滤波器内核，该程序相当于编写了一个根升余弦滤波器。(Mainly prepared a set of binary data through the root raised cosine filter waveform after, but did not use the ISE internal FIR filter kernel, the program is equivalent to the preparation of a root raised cosine filter.)