verilog 温度控制命令

This application note describes a set of reference designs able to transmit and receive DVI and HDMI data streams up to 1080 Mb/s using the native TMDS I/O interface featured by Spartan-6 FPGAs.

使用Verilog编写的时间同步模块，解决位同步问题，ISE12.2下编译通过(Time synchronization module written in Verilog, bit synchronization issues under ISE12.2 compiled by)

根据配置生成verilog module 可用于生成模块顶层接口，寄存器接口； 集成若干个模块； 生成模块简单testbench；

我重视基本的向上和向下计数器。这不是基本up_down counter.this编码方法不同有关。

本模块是实现格雷码和二进制码的转换，并给出仿真测试文件(This module is to achieve the conversion of Gray code and binary code, and give the simulation test file)

频移键控FSK的Verilog实现，带测试文件，并在FPGA开发板上成功验证(Frequency Shift Keying FSK the Verilog implementation, with the test file, and successfully verified in FPGA development board)

adder_array的设计。加法器阵列设计，顶层模块，四步流水，21位(adder_array the design. The adder array design, top-level module, four-step pipeline, 21)

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.)

采用Verilog语法编写的UDP协议网络  能够实现UDP包的发送和接收 采用Verilog语法编写的UDP协议网络  能够实现UDP包的发送和接收 采用Verilog语法编写的UDP协议网络  能够实现UDP包的发送和接收

GPS软件接收机基带处理的verilog程序，通过解扩解调，同步等过程将中频数据转换为原始导航数据