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# kuis DSP - subplot(212;plot(F,PR xlabel'Frekuensi(Hz...

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A.Filter Analog clear close F=0:1:50; W=2*pi*F H=10./((1i.*W)+20);` MR=abs(H); PR=angle(H)*180/pi; %angle dlm bntuk rad jdi ubh ke bntuk derajat subplot(211);plot(F,MR) xlabel( 'Frekuensi (Hz)' ) ylabel( 'Magnitude' ) title( 'Magnitude Respon' ) subplot(212);plot(F,PR) xlabel( 'Frekuensi (Hz)' ) ylabel( 'Phase (Derajat)' ) title( 'Phase Respon' ) B.Filter Digital 1 clear close F=0:1:50; W=2*pi*F Z=exp(-1i*W); Z1=exp(-2i*W); H=1- Z/1+1,2.*Z+0,32.*Z1; MR=abs(H); PR=angle(H)*180/pi; %angle dlm bntuk rad jdi ubh ke bntuk derajat subplot(211);plot(F,MR) xlabel( 'Frekuensi (Hz)' ) ylabel( 'Magnitude' ) title( 'Magnitude Respon'

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Unformatted text preview: ) subplot(212);plot(F,PR) xlabel( 'Frekuensi (Hz)' ) ylabel( 'Phase (Derajat)' ) title( 'Phase Respon' ) C.Filter Digital 2 clear close F=0:1:50; W=2*pi*F Z=exp(-1i*W); Z1=exp(-3i*W); H=-2.*Z+0,55.*Z1/-2,5+2.*Z-0,2.*Z1; MR=abs(H); PR=angle(H)*180/pi; %angle dlm bntuk rad jdi ubh ke bntuk derajat subplot(211);plot(F,MR) xlabel( 'Frekuensi (Hz)' ) ylabel( 'Magnitude' ) title( 'Magnitude Respon' ) subplot(212);plot(F,PR) xlabel( 'Frekuensi (Hz)' ) ylabel( 'Phase (Derajat)' ) title( 'Phase Respon' )...
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kuis DSP - subplot(212;plot(F,PR xlabel'Frekuensi(Hz...

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