verilog写的数字频率计的显示模块,可以

能够实现16位的SDRAM的读写，没有仿真文件，只有SDRAM读写的源代码，用Verilog编写(can complete read or write sdram， only include Verilog code and no simulation files)

-- M68008 Address Decoder -- Address decoder for the m68008 -- asbar must be 0 to enable any output -- csbar(0) : X"00000" to X"01FFF" -- csbar(1) : X"40000" to X"43FFF" -- csbar(2) : X"08000" to X"0AFFF" -- csbar(3) : X"E0000" to X"E01FF" -- download from www.pld.com.cn & www.fpga.com.cn --- M68008 Address Decoder-- Address decod er for the m68008-- 0 asbar must be to enable any o utput-- csbar (0) : X "00000" to X "01FFF"-- csbar (1) : X "40000" to X "43FFF"-- csbar (2) : X "08000" to X "0AFFF"-- csbar (3) : X "E0000" to X "E01FF"-- download from www.pld. com.cn

《Verilog HDL 程序设计教程》5-"Verilog HDL Design Guide" 5

实现QPSK系统的调制解调仿真，基带成形滤波器采用升余弦滚降滤波器，将仿真的误码率与理论误码率作了比较(Implement QPSK modulation and demodulation simulation system, the baseband shaping filter using Raised Cosine filter will BER simulation were compared with the theoretical BER)

基于PCI的数字信号发生器 关键词：PCI总线，PCI9054，FPGA，卡尔曼滤波器(PCI-based digital signal generator Keywords: PCI bus, PCI9054, FPGA, Kalman filter)

FPGA驱动高输入电压范围的ADS8509芯片，采样范围广，适合前端大信号处理(FPGA drive a high input voltage range ADS8509 chip, sampling a wide range, suitable for large front-end signal processing)

这是个vhdl编写的16bit的加减法器-This is vhdl prepared by the modified instruments used in the 16bit

Quartus? II 相关的语言 详细介绍了VHDL verilog软件开发过程(Quartus ? II related language detailed introduces the verilog VHDL software development process )

说明：  基于fpga的函数发生器设计通过fpga实现正弦波输出(基于fpga的函数发生器)

DSP 程序的测试 很有用的 仪器上面用的-DSP testing procedures very useful in the above apparatus