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qep_data_bus
- 基于地址总线接口的四倍频编码器信号接口的 FPGA实现 Verilog HDL的-address bus interface based on the four frequency signal encoder interface FPGA Verilog HDL
twice_freqencey
- 用Verilog直接完成倍频的算法,经过了quartus8.0的时序仿真-Verilog multiplier used directly to complete the algorithm, as a result of timing simulation quartus8.0
beipin_top
- 次代码利用verilog HDL来描述的，可以实现2倍频功能，只是频率有一点误差。-Times verilog HDL code to describe the use of, 2 octave function can be achieved, but the frequency of a bit error.
dds
- 基于FPGA的DDS设计，本程序采用verilog HDL语言编写，使用DDS+Pll倍频-The DDS-based FPGA design, the procedures used verilog HDL language, the use of DDS+ Pll frequency
up_buhuo
- 这是一个VERILOG接收端捕获模块，扩频码32倍，可以检测到相关峰-This is a VERILOG receiver capture module ,the spreader is 32,it can test the correlation peak
DCM
- xilinx SP605开发板的DCM模块验证程序，coreGen工具生成DCM核，由DCM完成时钟分频、倍频、移相等操作-xilinx SP605 development board DCM module validation program, coreGen tool to generate nuclear DCM, completed by the DCM clock divider, frequency, and shift operations equal
n_evendivider
- 标签： Verilog 分频器 N倍奇数分频器.(Verilog) N_odd_divider.v / Verilog module N_odd_divider (-Labels: Verilog divider divider N odd times. (Verilog) N_odd_divider.v/Verilog module N_odd_divider (
arm_moni
- verilog 程序，用于通讯系统测试，输入40MHz时钟，40倍分频之后，输出1Mhz时钟-verilog procedures for communication system testing, 40MHz input clock frequency to 40 times, the output clock 1Mhz
verilogfenpinqi
- verilog分频器代码 分为偶数倍分频和奇数倍分频两个verilog源文件 附带一个说明文档-divider verilog code for multiple sub-divided into even and odd frequency divider several times with a two verilog source files documentation
DDCFPGA
- 针对DVB-T标准ETSI EN 300 744 V1.5.1,设计了可用于DVB-T接收整机的多速率DDC模块,并在FPGA中仿真实现.在复用数字振荡混频模块的基础上,根据输入信号的不同带宽(6M/8MHz)选择不同的抽取滤波器组完成抽取因子为3或4的多速率处理任务,利用两级半带滤波器(HBF)级联完成4倍抽取滤波,单级奈奎斯特滤波器完成3倍抽取滤波.-For the DVB-T standard ETSI EN 300 744 V1.5.1, designed for DVB-T recei
sanfenpin
- verilog 三分频 分频器是FPGA设计中使用频率非常高的基本设计之一，尽管在目前大部分设计中，广泛使用芯片厂家集成的锁相环资源，如altera 的PLL，Xilinx的DLL.来进行时钟的分频，倍频以及相移。-verilog-third of the frequency divider is a FPGA design, very high frequency of use, one of the basic design, although most of the designs in
FPGAdeguangshanjiancejishu
- 本文档设计了1光栅位移传感器信号的接收、光栅位移传感器信号的整形及电平转换电路设计，用Verilog HDL描述了锁相倍频细分和零位信号处理电路。利用FPGA实现光栅位移系统与上位机接口的电路原理框图-This document designed a grating displacement sensor signal reception, grating displacement sensor signal shaping and level conversion circuit design
hdlc_7960
- 基于Verilog的7960实现。主要实现曼彻斯特的编解码。采用的倍频采样的方法。-Based on the 7960 Verilog implementation. Main achieved Manchester encoding and decoding. Frequency sampling method used.
Small-multiplier
- 小型倍频器，简单的介绍了如何用verilog写倍频电路》-Small multiplier
division-verilog
- 文章详解介绍了用Verilog HDL语言编写任意倍偶数分频和奇数分频的原理以及源程序，都通过仿真，结果完全正确。-The article introduced with sep Verilog HDL language writing any times frequency and the odd points even points of the principle and the frequency source program, through the simulation, the r
verilog--divide-programs
- verilog任意分频程序，包括奇数倍分频和偶数倍分频，占空比为50 ，QuartusII上验证程序有效-verilog every divide programs, including an odd multiple divider and even multiple frequency, duty cycle 50 , the QuartusII on the verification process
decimal_test
- 用verilog编写的二倍频抽取程序，并包含了一个test文件，方便大家测试用。-The second harmonic extracting written in verilog
verilog-pll
- 用verilog写的倍频电路 文件中介绍DP-The multiplier circuit file by verilog introduced DPLL
verilog
- 本文档设计了1光栅位移传感器信号的接收、光栅位移传感器信号的整形及电平转换电路设计，用Verilog HDL描述了锁相倍频细分和零位信号处理电路。利用FPGA实现光栅位移系统与上位机接口的电路原理框图-This document designed a grating displacement sensor signal reception, grating displacement sensor signal shaping and level conversion circuit design
jingxiang_beipin
- 实现编码器鉴向和4倍频，可用于电机测速等。(To achieve encoder and 4 times the frequency, can be used for motor speed and so on.)