JOP of RAM VHDL source code, classic classics, difficult to find a good price.

《Altera FPGA_CPLD设计 高级篇》详细介绍FPGA应用于高级特性，LogicLock设计，时序约束，设计优化，高级工具及系统级设计技术，是深入学习FPGA的重要材料(" Altera FPGA_CPLD advanced part design" details FPGA used in advanced features, LogicLock design, timing constraints, design optimization, system-level design tools and advanced technology, in-depth study is an important material for FPGA)

一个可以综合的Verilog 写的FIFO存储器 内附文档说明-a comprehensive Verilog can write FIFO memory attached document shows

本verilog代码通过IIC总线实现了对 PCF8591AD、DA转换芯片的控制。适用于FPGA，亲测可用。(this is used for FPGA to control PCF8591(AD/DA) chip by verilog.)

 交通灯控制器控制红（r）、绿（g）、黄（y）三种不同颜色的交通灯，这三种不同颜色灯的亮、灭分别由三个定时器（timer1、timer2、timer3）控制；  当某个定时器工作时，它所控制的交通灯亮，直到设定的定时时间到（该定时器状态由’0’变’1’），交通灯跳转到另一种状态；  clk是脉冲控制端（图中未标出）；reset是异步复位端，复位状态为红色交通灯亮；  输出端r、g、y分别表示三种颜色交通灯的亮、灭状态。 ( traffic light controller control red (R), green (g), yellow (y) three different colors of traffic lights, three different colors of bright lights, off by three timer (Timer1, Timer2, Timer3 ) control  When a timer work, it controls the traffic lights, until the set timing (the timer status ' 0 ' for ' 1' ), traffic lights Jump to another state  clk is the pulse control terminal (not shown) reset is asynchronous reset terminal, the reset state for the red traffic lights  output terminal r, g, y represent the three colors of traffic lights bright, the off state.)

温度传感器实验，将温控芯片的温度信号通过fpga用数码管显示(temperature display)

说明：  AD6 中进行FPGA设计与仿真，很不错的资料哦(FPGA design and Simulation in AD6, very good data)

代码是一个复数乘法器，两个复数相乘，只用到了2个实数相乘，运算量少(Code is a complex multiplier, two complex multiplication, uses only real number multiplied by 2, operations less)

QPSK在赖斯信道下的模拟仿真，包括K=6和K=10下的情况(QPSK in, Laisi Xin Road, under the simulation, including the case of K = 6 and K = 10 under)

代码实现了一个由32位寄存器组成的寄存器组，并有多个控制输入和两个输出，方便使用。(The code implements a 32-bit register consisting of registers, and there are multiple control inputs and two outputs, easy to use.)

Verilog HDL语言编写异步FIFO(Verilog HDL language, asynchronous FIFO)