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wbm
- 用walsh算法实现的符号数乘法器,asic流片时,可以不用公司的付费乘法器的ip core.-algorithm using the symbols multiplier, HDL-piece quantities. it is not necessary for the company's paid Multiplier ip core.
经典高速乘法器IP
- 乘法器是硬件设计中的很常见也很重要的一个模块，它的VHDL硬件实现很好的解决了软件编程中做乘法速度慢的问题，在实时高速系统应用中或DSP软核或数字信号处理硬件实现算法中，经常能使用到乘法器，所以经典的高速乘法器IP 很有参考价值-Multiplier is a common and important module in hardware designing.Its VHDL addresses the low speed of multiplication in software progra
fft
- 基于VHDL语言编写的FFT程序，256点，旋转因子存在自己编写的ROM里面，乘法器和数据存储采用的是IP核-FFT-based program written in VHDL, 256 points, there is rotation factor which I have written the ROM, multiplier, and data storage is used in IP core
pll
- 利用qaurtus的内的ip核定制锁相环实现对信号的倍频-The use of the ip qaurtus approved system PLL multiplier on signal
shiyanbaogao
- 了解ISE平台的基本环境，编译程序，在MC8051 IP核中，要求实现：增加PLL锁相环，扩大内部RAM，定时器，串口和外部中断等资源，并增加乘法器和除法器的功能。-ISE platform to understand the basic environment, compiler, the MC8051 IP core, the requirement to achieve: increased PLL phase-locked loop, expanding the internal RAM
multiplier
- this document describe a 8 * 8 bits mutiplier with vhdl using booth algorithm and shown all parts of implementing this ip by ise software
multiplier_ip
- 基于IP核的乘法器设计，multiplier_ip中包含完整的工程设计文件，用户可以在Xilinx ISE下运行-Based on IP core of design, multiplier_ip on time-multiplier contain complete engineering documents, users can run Xilinx ISE
di3
- IP核和乘法运算模块分别有两个输入端口a、b和clk时钟脉冲信号及一个输出端口p，用例化语句将这两个模块合成一个乘法器后就生成了由两个输入端口a、b和clk时钟脉冲信号及两个输出端口p1、p2组成。-IP cores and multiplication module respectively, the two input ports of a, b, and clk clock signal and an output port p, these two modules with the in
MULTI4BIT
- 4位乘法器由于所使用的软件是ISE，没有LPM_ROM可以直接调用，所以此设计直接调用的乘法器的IP核来完成此功能，达到同样的效果。-Four multiplier
multiplier_ip
- 基于IP核的乘法器设计，完整的设计工程文件在multiplier_ip文件夹下-IP-based core multiplier design, complete design engineering file multiplier_ip file folder
clk_DCM_50to75MHz
- 调用ISE010.1的IP核DCM来实现频率倍增，本程序实现的是50MHz到75MHz的倍增，开发者可以根据DCM的参数设置实现不同频率的倍增-Call ISE010.1 IP core DCM to achieve frequency doubling, the program is 50MHz to 75MHz multiplication, developers can implement different parameter settings of DCM frequency mult
sss
- 使用Verilog语言编写源代码.调用一些基本的IP核，如DCM模块、DDS模块ChipScope模块、乘法器模块等来实现调制.最后通过编程并利用FPGA板子实现AM、DBS、SSB的调制。-Using Verilog language source code. Invoke some basic IP cores, such as DCM module, DDS module ChipScope modules, multiplier module to achieve modulation.
complexMul
- 复数乘法器，利用ISE里的float IP核，实现了32位复数的乘法-Complex multiplier, using the ISE in the float IP core to achieve the 32 complex multiplications
dfe_filter
- DEF算法的FIR滤波器verilog代码，内有乘法器IP核，可直接仿真使用-DEF algorithm for FIR filter verilog code with multiplier IP core, can be directly used simulation
不用IP核设计乘法器
- VerilogHDL语言实现 不用IP核设计乘法器。(VerilogHDL language, do not use IP core design multiplier.)