VGA显示接口的verilog控制程序。VGA显示驱动控制

使用 System view 编程 QPSK(use System Programming view QPSK)

verilog 典型电路设计包含各种常用电路的源码和详细的解释，适合新手使用(Verilog typical circuit design includes a variety of commonly used circuit source code and detailed explanations, suitable for beginners to use )

有实验结果,用MOSIN6编写的,是Verilog HDL语言实现的. 练习三 利用条件语句实现计数分频时序电路 实验目的： 1. 掌握条件语句在简单时序模块设计中的使用； 2. 学习在Verilog模块中应用计数器； 3. 学习测试模块的编写、综合和不同层次的仿真。 练习四 阻塞赋值与非阻塞赋值的区别 实验目的： 1． 通过实验，掌握阻塞赋值与非阻塞赋值的概念和区别； 2． 了解阻塞赋值与非阻塞赋值的不同使用场合； 3． 学习测试模块的编写、综合和不同层次的仿真。 -The experimental results are used to prepare MOSIN6 is achieved Verilog HDL language. Practice the use of conditional statements to achieve the three sub-frequency timing circuit count experimental purposes: 1. Have conditional statements in the simple timing of the use of modular design 2. Learning modules in the Verilog Application of counter 3. to learn the preparation of the test module, integrated and different levels of simulation. Practicing the four blocking assignment with the distinction between non-blocking assignment experimental purposes: 1. Through experiments, hands blocking assignment with the concept of non-blocking assignment and distinction 2. Understanding of blocking and nonblocking assignment assignment usi

等精度测频原理的频率计程序与仿真。。希望大家能用的到撒(such precision frequency measurement principles of Cymometer procedures and simulation. . Hope everyone can withdraw to the)

用VHDL实现的除法器,非常好使,仿真通过了-Using VHDL realize the divider, so very, simulation adopted

排队电路设计，适用于EDA大作业，大学生适合使用，初学者，仅仅是vhdl的语言，可以借鉴(Queuing circuit design, suitable for EDA operation, college students suitable for use, beginners, only the language of VHDL, can learn from)

代码为ahb interface ，用verilog编写的,包括仿真和综合。(Code for the interface AHB, written in Verilog, including simulation and synthesis.)

ht82v38 线性ccd 16位 AD转换fpga程序VHDLHT82V26(38)是Holtek(隶属台湾盛群半导体股份有限公司)出品的专用于CCD/CIS模拟信号的处理器。当然，其也可做为通用ADC芯片使用。 HT82V38采用3.3V,5V工作电源，采用三个信道的结构（3个ADC输入通道，分别为R、G、B通道），可提供一个、两个或三个信道的操作模式供用户选择，其A/D转换器精度为16位（16bit），转换速率最高达到30MSPS。

数字电路的设计。以软件方式实现硬件电路，功能强大，开发容易。(Digital circuit design. With software to realize the hardware circuit, powerful, development easy. )

一个2位的BCD码十进制加法计数器电路，输入为时钟信号CLK，进位 输入信号CIN，每个BCD码十进制加法计数器的输出信号为D、C、B、A和进位输出信号COUT，输入时钟信号CLK用固定时钟，进位输入信号CIN. (A 2-bit BCD code decimal adder counter circuit input as the clock signal CLK, a carry input signal CIN, D, C, B, A, and the carry output signal COUT, each BCD code decimal adder counter' s output signal, the input clock signal CLK Fixed clock, binary input signal CIN.)