搜索资源列表
verilog恒系数乘法器
- verilog恒系数乘法器
ff_mul
- 源码伟 伽勒华域乘法器的verilog代码,经过验证-Source-wei Galle Chinese domain multiplier verilog code, a proven
mul64
- 64位乘法器设计实验是我在科大的第一个课程设计,verilog程序的熟练掌握对于微电子专业的学生来讲是非常必要的,对于此次设计我也花费了很长时间。 本设计分为3个部分,即控制和(1)状态选择部分,(2)乘法器部分,(3)加法器部分。 以下我将按此顺序进行说明。需要指出的是,在实际设计中的顺序恰好是颠倒的,这与设计思路有关,在刚开始的时候由于对整体没有一个很好的把握就先选择最简单的一部分几加法器开始入手,然后就是乘法器,最后作乐一个状态控制电路将两部分联系起来。 -A 64-bit m
VHDLchengfaqi
- 基于verilog+HDL实现的恒定乘法器设计,里面有详细的源码。-Verilog+ HDL-based implementation of the constant multiplier design, which has detailed source.
16mult
- verilog语言实现的16*16乘法器-verilog language 16* 16 multiplier
Multiplier
- 圖形介面乘法器,也可自行使用verilog去改-Graphical interface multiplier, also free to use verilog go and change
mux16
- 乘法器,verilog语言实现,16位*16位,位数可调,改动相应程序即可。-Multiplier, verilog language to achieve, 16* 16 digit adjustable changes corresponding program can.
work
- 这里面包含了从易到难的6个很经典的verilog例子,有序列检测器,3位乘法器,数字报表等-It contains from easy to difficult six very classic verilog example, a sequence detector, three multiplier, digital statements, and so on
RS_dec
- rs(204,188)译码器,verilog实现,乘法器采用比特异或方式实现-rs (204,188) decoder, verilog achieve multiplier used than specific or way
booth_multiplie_module
- 利用verilog实现的Booth算法乘法器,对想学习乘法器的将会有很大的帮助.-Booth algorithm verilog realization use multipliers, the multiplier will want to learn a great help.
5lut_multiplier_module
- 利用Verilog编写的基于Quartersquare的查表法乘法器,对想学习乘法器的将会有很大的帮助-Use Verilog prepared Quartersquare the look-up table based multiplier multiplier will want to learn a great help
6modified_booth_multiplier_module
- 利用Verilog编写的ModifiedBooth乘法器,对想学习乘法器的将会有很大的帮助-Use Verilog prepared ModifiedBooth multiplier, multiplier will want to learn a great help
Booth2_final
- 该文件是booth乘法器的verilog源代码,经过最终的仿真,可以直接运行-This file is booth multiplier verilog code, after the final simulation, can be directly run
multiplier-by-verilog
- verilog写的浮点乘法器(原码一位乘法)-multiplier by verilog
streamline_div
- 一个资源很省的乘法器,代码为Verilog代码,8位除法器,除法结果在8个时钟后输出.代码也可自行扩展到更大位宽.-A resource is the province of the multiplier, code for Verilog code, 8-bit divider, division results in eight clock output. Code can also extend themselves to greater width.
Multiplier
- fpga门电路实现的8位乘法器, verilog 语言编写,ise平台(implementation of multipler)
mux16
- 用verilog写的乘法器,在quartus里可以直接运行,有详细注释(Multiplier written in Verilog, in quartus can run directly, with detailed notes)
verilog四则运算器
- verilog四则运算,包括加法器、乘法器、除法器,不过都是拾人牙慧,整理一下,供新手参考。(Verilog four operations, including the adder, multiplier and divider, but are written, tidy, for novice reference.)
基于FPGA的单精度浮点数乘法器设计
- 《基于FPGA的单精度浮点数乘法器设计》详细介绍了按照IEEE754标准在FPGA上实现单精度浮点加减乘除的方法(The design of single precision floating point multiplier based on FPGA introduces in detail the way of realizing single precision floating point addition, subtraction and multiplication and div
fpmul
- Verilog语言编写的单精度浮点数乘法器(The Verilog language of single precision floating point multiplie)