VHDL的重要PPT资料,对初学者非常有益处

基于xilinx公司的SPARTAN6系列芯片的高速全双工串行收发器(high-speed transceiver based on spartan 6 of Xilinx PFGA)

DDS在现在运用月来越广泛，在相对带宽、频率转换时间、相位连续性、正交输出、高分辨力以及集成化等方面都远远超过了传统频率合成技术所能达到的水平，为系统提供了优于模拟信号源的性能。利用DDS技术可以很方便地实现多种信号。在FPGA上实现的DDS-DDS now to the use of more extensive relative bandwidth, frequency conversion time, phase continuity, quadrature output, high-resolution and integration, and other aspects far more than the traditional frequency synthesizer technology can achieve the level To provide a superior analog signal source performance. DDS technology can be used very easily to a variety of signal. FPGA Implementation of DDS

说明：  简单的vhdl的四位并串转换程序，可以实现数据的并串转换(Simple vhdl string of four and the conversion process, can convert the data and the string)

用VHDL语言写了个FLAPPY_BIRD的程序，利用板子与屏幕可以运行游戏(VHDL language to write a program FLAPPY_BIRD by the board and the screen can run the game)

利用Cadence Allegro PCB SI进行SI仿真分析(Performed using the Cadence Allegro PCB SI SI simulation analysis)

说明：  用verilog语言开发俄罗斯方块小游戏(Developing Tetris game with Verilog language)

说明：  八相移键控调制的Verilog程序，给出了各个子模块的程序，实现了信号调制。(Eight-phase shift keying modulation of the Verilog program, each module is given the procedures, the signal modulation.)

这是自适应滤波器，使用verilog代码来编写的，已通过了仿真，效果很好。希望能给大家好好分享！(This adaptive filter verilog code to write, through a simulation, with good results. I hope to give a good share!)

通过监测工作状态实现带有IIC通讯功能的数据发送接收(to implement the sending and receiving data function of iic communication )

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)