文件名称:MyCVI0
介绍说明－－下载内容均来自于网络，请自行研究使用
改程序用CVI编程得到，功能十分强大，可以进行FFT&IFFT算法、数据采集、相关性分析、数字滤波器等功能。-CVI programming procedures to be used, features a very powerful and can be FFT & IFFT algorithm, data acquisition, correlation analysis, digital filter functions.
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下载文件列表
MyCVI0
......\correlate.c
......\correlate.h
......\correlate.uir
......\cvibuild.siganalysis
......\....................\build.ini
......\....................\correlate.nidobj
......\....................\dependencies.bri
......\....................\fft_ifft.nidobj
......\....................\iirfilter.nidobj
......\....................\inte_diff.nidobj
......\....................\normalize.nidobj
......\....................\print.nidobj
......\....................\pspectrum.nidobj
......\....................\resources.res
......\....................\sampling.nidobj
......\....................\scope.nidobj
......\....................\siganalysis.nidobj
......\....................\signals.nidobj
......\....................\signalsh.nidobj
......\....................\transfer.nidobj
......\fft_ifft.h
......\fft_ifft.uir
......\iirfilter.c
......\iirfilter.h
......\iirfilter.uir
......\inte_diff.c
......\inte_diff.h
......\inte_diff.uir
......\normalize.c
......\normalize.h
......\normalize.uir
......\print.c
......\print.h
......\print.uir
......\pspectrum.c
......\pspectrum.h
......\pspectrum.uir
......\sampling.c
......\sampling.h
......\sampling.uir
......\scope.c
......\scope.h
......\scope.uir
......\siganalysis.c
......\siganalysis.cdb
......\siganalysis.cws
......\siganalysis.exe
......\siganalysis.h
......\siganalysis.prj
......\siganalysis.uir
......\signals.c
......\signals.h
......\signals.uir
......\signalsh.c
......\signalsh.h
......\signalsh.uir
......\transfer.c
......\transfer.h
......\transfer.uir
......\correlate.c
......\correlate.h
......\correlate.uir
......\cvibuild.siganalysis
......\....................\build.ini
......\....................\correlate.nidobj
......\....................\dependencies.bri
......\....................\fft_ifft.nidobj
......\....................\iirfilter.nidobj
......\....................\inte_diff.nidobj
......\....................\normalize.nidobj
......\....................\print.nidobj
......\....................\pspectrum.nidobj
......\....................\resources.res
......\....................\sampling.nidobj
......\....................\scope.nidobj
......\....................\siganalysis.nidobj
......\....................\signals.nidobj
......\....................\signalsh.nidobj
......\....................\transfer.nidobj
......\fft_ifft.h
......\fft_ifft.uir
......\iirfilter.c
......\iirfilter.h
......\iirfilter.uir
......\inte_diff.c
......\inte_diff.h
......\inte_diff.uir
......\normalize.c
......\normalize.h
......\normalize.uir
......\print.c
......\print.h
......\print.uir
......\pspectrum.c
......\pspectrum.h
......\pspectrum.uir
......\sampling.c
......\sampling.h
......\sampling.uir
......\scope.c
......\scope.h
......\scope.uir
......\siganalysis.c
......\siganalysis.cdb
......\siganalysis.cws
......\siganalysis.exe
......\siganalysis.h
......\siganalysis.prj
......\siganalysis.uir
......\signals.c
......\signals.h
......\signals.uir
......\signalsh.c
......\signalsh.h
......\signalsh.uir
......\transfer.c
......\transfer.h
......\transfer.uir