Consider an LTI system with frequency response H(e^jw). The input to this system is x[n]= ∑n=-∞ to +∞ (δ[n-3k]). The output to this system is y[n]= cos[2πn/3 + π/6].Determine the value of H(e^(jkπ /3)) for k=4. (4) Consider anLTI Systim with frequency responu )(ejy.The anput to thi bystim s x [n] = Ž o[n-3K].y[^] = cos27The Butful to this bystem isDilbrmine tre le) fa K= 4 .valu of H

Given that input to LTI system xn=∑k=-∞∞δn-3k Output is yn=cos2π3n+π6 We know that…

Answered: Consider an LTI system with frequency…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Consider an LTI system with frequency response H(e^jw). The input to this system is x[n]= ∑n=-∞ to +∞ (δ[n-3k]). The output to this system is y[n]= cos[2πn/3 + π/6].

Determine the value of H(e^(jkπ /3)) for k=4.

(4) Consider an
LTI Systim with frequency responu )(ejy.
The anput to thi bystim s x [n] = Ž o[n-3K].
y[^] = cos
27
The Butful to this bystem is
Dilbrmine tre le) fa K= 4 .
valu of H

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