基于FPGA的基-6FFT算法的设计与实现

介绍了一种基于FPGA的FFT算法的实现——以Altera公司的FLEX10K系列产品为硬件平台，用VHDL语言和电路图完成系统设计描述，用MAX plusⅡ软件进行编译、综合和下载，实现了6点实序列DFT算法，并给出了仿真测试的结果。在FPGA芯片上运行的FFT算法具有速度快且抗干扰能力强的硬件实现的优点，用VHDL语言实现的基于IP核FFT算法具有很好的可移植性，可以重复使用，大大提高了设计效率。

Design and Implementation of Base-6 FFT Algorithm on FPGA

A method of digital signal processing based on FPGA chip is presented. The system function is described by VHDL and circuit diagram, compiled and synthesized with MAX plus II, and implemented in a FPGA chip in series of FLEX10K from Altera company. In this way base-6 FFT algorithm is implemented, and the simulation results are also presented. The Fast Fourier Transform(FFT) algorithm running on FPGA chip has the advantages of high speed and excellent anti-disturb capability, and the FFT algorithm designed by VHDL based on IP core can be used repeatedly so as to improve the design efficiency.