文件名称:1024FFT(VHDL)
介绍说明－－下载内容均来自于网络，请自行研究使用
用VHDL实现1024的FFT，包含源文件和综合文件-Using VHDL 1024 FFT contains the source files and documents
(系统自动生成,下载前可以参看下载内容)
下载文件列表
1024点FFT（VHDL）\FFT Implementation with VHDL\and_gates.vhd
.................\............................\baseindex.vhd
.................\............................\but.vhd
.................\............................\butter_lib.vhd
.................\............................\comm.txt
.................\............................\control2.vhd
.................\............................\controller.vhd
.................\............................\counter.vhd
.................\............................\cycles_but.vhd
.................\............................\dff.vhd
.................\............................\divide.vhd
.................\............................\FLOAT2.PIF
.................\............................\FLOAT_RE.TXT
.................\............................\IEEE_TO_.PIF
.................\............................\ioadd.vhd
.................\............................\iod_staged.vhd
.................\............................\lblock.vhd
.................\............................\mult.vhd
.................\............................\multiply.vhd
.................\............................\mux_add.vhd
.................\............................\mux_but.vhd
.................\............................\negate.vhd
.................\............................\normalize.vhd
.................\............................\out_result.vhd
.................\............................\print.vhd
.................\............................\ram.vhd
.................\............................\ram_shift.vhd
.................\............................\rblock.vhd
.................\............................\result.txt
.................\............................\rom.vhd
.................\............................\romadd_gen.vhd
.................\............................\rom_ram.vhd
.................\............................\shift2.vhd
.................\............................\simili.lst
.................\............................\stage.vhd
.................\............................\subtractor.vhd
.................\............................\summer.vhd
.................\............................\swap.vhd
.................\............................\synth_main.vhd
.................\............................\synth_test.vhd
.................\synth_fft\and_gates.vhd
.................\.........\baseindex.vhd
.................\.........\but.vhd
.................\.........\butter_lib.vhd
.................\.........\comm.txt
.................\.........\control2.vhd
.................\.........\controller.vhd
.................\.........\counter.vhd
.................\.........\cycles_but.vhd
.................\.........\dff.vhd
.................\.........\divide.vhd
.................\.........\FLOAT2.PIF
.................\.........\FLOAT_RE.TXT
.................\.........\IEEE_TO_.PIF
.................\.........\ioadd.vhd
.................\.........\iod_staged.vhd
.................\.........\lblock.vhd
.................\.........\mult.vhd
.................\.........\multiply.vhd
.................\.........\mux_add.vhd
.................\.........\mux_but.vhd
.................\.........\negate.vhd
.................\.........\normalize.vhd
.................\.........\out_result.vhd
.................\.........\print.vhd
.................\.........\ram.vhd
.................\.........\ram_shift.vhd
.................\.........\rblock.vhd
.................\.........\result.txt
.................\.........\rom.vhd
.................\.........\romadd_gen.vhd
.................\.........\rom_ram.vhd
.................\.........\shift2.vhd
.................\.........\simili.lst
.................\.........\stage.vhd
.................\.........\subtractor.vhd
.................\.........\summer.vhd
.................\.........\swap.vhd
.................\.........\synth_main.vhd
.................\.........\synth_test.vhd
.................\.........\synth_fft
.................\FFT Implementation with VHDL
.................\synth_fft
1024点FFT（VHDL）
.................\............................\baseindex.vhd
.................\............................\but.vhd
.................\............................\butter_lib.vhd
.................\............................\comm.txt
.................\............................\control2.vhd
.................\............................\controller.vhd
.................\............................\counter.vhd
.................\............................\cycles_but.vhd
.................\............................\dff.vhd
.................\............................\divide.vhd
.................\............................\FLOAT2.PIF
.................\............................\FLOAT_RE.TXT
.................\............................\IEEE_TO_.PIF
.................\............................\ioadd.vhd
.................\............................\iod_staged.vhd
.................\............................\lblock.vhd
.................\............................\mult.vhd
.................\............................\multiply.vhd
.................\............................\mux_add.vhd
.................\............................\mux_but.vhd
.................\............................\negate.vhd
.................\............................\normalize.vhd
.................\............................\out_result.vhd
.................\............................\print.vhd
.................\............................\ram.vhd
.................\............................\ram_shift.vhd
.................\............................\rblock.vhd
.................\............................\result.txt
.................\............................\rom.vhd
.................\............................\romadd_gen.vhd
.................\............................\rom_ram.vhd
.................\............................\shift2.vhd
.................\............................\simili.lst
.................\............................\stage.vhd
.................\............................\subtractor.vhd
.................\............................\summer.vhd
.................\............................\swap.vhd
.................\............................\synth_main.vhd
.................\............................\synth_test.vhd
.................\synth_fft\and_gates.vhd
.................\.........\baseindex.vhd
.................\.........\but.vhd
.................\.........\butter_lib.vhd
.................\.........\comm.txt
.................\.........\control2.vhd
.................\.........\controller.vhd
.................\.........\counter.vhd
.................\.........\cycles_but.vhd
.................\.........\dff.vhd
.................\.........\divide.vhd
.................\.........\FLOAT2.PIF
.................\.........\FLOAT_RE.TXT
.................\.........\IEEE_TO_.PIF
.................\.........\ioadd.vhd
.................\.........\iod_staged.vhd
.................\.........\lblock.vhd
.................\.........\mult.vhd
.................\.........\multiply.vhd
.................\.........\mux_add.vhd
.................\.........\mux_but.vhd
.................\.........\negate.vhd
.................\.........\normalize.vhd
.................\.........\out_result.vhd
.................\.........\print.vhd
.................\.........\ram.vhd
.................\.........\ram_shift.vhd
.................\.........\rblock.vhd
.................\.........\result.txt
.................\.........\rom.vhd
.................\.........\romadd_gen.vhd
.................\.........\rom_ram.vhd
.................\.........\shift2.vhd
.................\.........\simili.lst
.................\.........\stage.vhd
.................\.........\subtractor.vhd
.................\.........\summer.vhd
.................\.........\swap.vhd
.................\.........\synth_main.vhd
.................\.........\synth_test.vhd
.................\.........\synth_fft
.................\FFT Implementation with VHDL
.................\synth_fft
1024点FFT（VHDL）