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Q3s- A digithal filter has a drans fer function |-0.25 Z %3D Delermine. H(Z) = \+ o15k Z a) the locadion inthz-domain of the filder's poles and Zeros. b) For what value s of K the filter is sable.. ) The amplitude response of the filter at the frequency equal to one thired of the sampling fregueney for the Case where K=lo d) The filter difference equadion. e) Construct the block diagram of the filter in Z-domain Þ) what tupe of filtrina dose it per form?

Q3s- A digithal filter has a drans fer function |-0.25 Z %3D Delermine. H(Z) = \+ o15k Z a) the locadion inthz-domain of the filder's poles and Zeros. b) For what value s of K the filter is sable.. ) The amplitude response of the filter at the frequency equal to one thired of the sampling fregueney for the Case where K=lo d) The filter difference equadion. e) Construct the block diagram of the filter in Z-domain Þ) what tupe of filtrina dose it per form?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Plz I need the answer of this question in dsp digital filter 

Q3s- A digital Rilter has a trans fer Runction H(Z) = 1-0.25 Z Determine. I+ o15k Z! a) the location inthz-domain of the filder's poles and Zeros. b) For what value s of K the filter is sable.. e ) The auplitude frequency equal to one thired of the sampling fregueney for the Case where K=• response of the filter at the d) The filter difference equatiou. e) Construct the block diagram of the filter in 2- domain P) what type of filtring dose it perform?
Transcribed Image Text:Q3s- A digital Rilter has a trans fer Runction H(Z) = 1-0.25 Z Determine. I+ o15k Z! a) the location inthz-domain of the filder's poles and Zeros. b) For what value s of K the filter is sable.. e ) The auplitude frequency equal to one thired of the sampling fregueney for the Case where K=• response of the filter at the d) The filter difference equatiou. e) Construct the block diagram of the filter in 2- domain P) what type of filtring dose it perform?
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