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半整数分频器的实现（verilog）
- 半整数分频器的实现（verilog），本文以6.5分频为例！很实用的！,fen pin qi
verilog-divider-code
- Verilog编写的分频器程序，包括偶数分频和奇数分频，作为参考。-verilog divider code
quartus-work
- 基于FPGA的VERILOG的分频器的设计，10分频设计的源代码和设计思路-Based od FPGA
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
clock
- verilog HDL 编写的时钟分频器-prepared by the clock divider verilog HDL
2
- 介绍一种软件实现分频器和32位计数器，采用可编程逻辑芯片，运用verilog语言设计出一种分频器和32位计数器 -Introduce a software implementation of divider and 32-bit counter, using programmable logic chips, using verilog language to design a divider and 32-bit counter
AutoWashing
- 基于verilog-hdl的洗衣机自动控制电路，经下载仿真测试通过 附带时钟分频器-Verilog-hdl-based automatic control circuit of the washing machine, after download the simulation test
fdivision
- 基于verilog的分频器,以及相应的test bench-A frequency divider based on verilog
div_n
- verilog占空比50奇偶任意 奇偶任意分频器！包括测试代码-verilog random duty cycle of 50 odd parity arbitrary divider! Including test code
dividerverilogdesign
- verilog 分频器设计 偶数分频器和奇数分频器-divider verilog design even and odd divider divider
8fenpin-verilog
- 用verilog HDL实现8分频，可作为时钟8分频器-Verilog divide by 8 to achieve
Verilog
- 一些关于Verilog分频器设计.doc-Verilog divider design. Doc
decimal_divison
- 使用双模计数器实现的FPGA小数分频器，语言verilog HDL。-FPGA implementation using dual-mode fractional divider counter, language verilog HDL.
div_frequency
- 任意分频器，用Verilog HDL实现，只需修改参数可以实现奇数、偶数分频，FPGA应用必备资料。-Any divider, using Verilog HDL to achieve, simply modify the parameters can be achieved odd, even frequency, FPGA applications necessary information.
verilog
- Verilog学习例程：4位二进制数的乘法器、5分频器、8位数据寄存器、8位移位寄存器、边沿D触发起门级设计、边沿D触发器行为级设计、同步计数器、异步计数器-Verilog learning routines: 4-bit binary number multiplier, 5 dividers, 8-bit data registers, 8-bit shift register, edge-triggered D gate-level design, level design edge D
verilog-code
- 都是verilog代码：多路选择器代码，储存器代码，时钟分频器代码，串并转换电路代码，香农扩展运算代码，ram代码。-MUX code and REGISTER code clock divider code string conversion circuit code, Shannon extended op code, the ram code.
fenpin
- 可以实现n+0.5倍的分频，本程序是利用50MHz的FPGA开发板实现分别实现10MHz，2.5MHz的分频时钟。(N+0.5 times can be achieved frequency division, this procedure is to use 50MHz FPGA development board to achieve, respectively, 10MHz, 2.5MHz frequency division clock.)
plj
- 2秒闸门时间频率计，以及一个分频器，使用FPGA及verilog语言实现(2 second gate time frequency meter)
fenpin
- 用verilog语言设计了一个分频器，晶振频率为50MHz(A frequency divider is designed in Verilog language. The frequency of crystal oscillator is 50MHz)
分频器
- 包括奇数分频和偶数分频的verilog和仿真文件代码