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function dfirhlp %DFIRHLP Help file for DFIRGUI. %======================================================================== tit_str= 'FIR DIGITAL FILTER DESIGN'; page1= ... ['

function hwn = dfirwin(ty,n,fc,samp,fp,fs,wind,p1) % Impulse response for window-based design % This will be used to find and plot the spectrum (see fir_plot.m) % HN = firwhb(TY,N,FC,WIND,P1)

DESIGN IS "" BEGIN DEVICE IS "" BEGIN % .TDF has no DEVICE section. % END; END;

Sample Waveforms for pll4.v Sample behavioral waveforms for design file pll4.v The following waveforms show the behavio

Sample Waveforms for rom0.v Sample behavioral waveforms for design file rom0.v The following waveforms show the behavio

Sample Waveforms for sinrom.v Sample behavioral waveforms for design file sinrom.v The following waveforms show the beh

Sample Waveforms for pll.v Sample behavioral waveforms for design file pll.v The following waveforms show the behavior

Sample Waveforms for counter24.vhd Sample behavioral waveforms for design file counter24.vhd The following waveforms sh

Sample Waveforms for pll.v Sample behavioral waveforms for design file pll.v The following waveforms show the behavior

The fractional upsampler design in SysGen 9.1i is a fully parallel implementation of a fractional upsampler. The implementation has been designed in a general way so that it can be targeted to the wi