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Suppose the signal r[n] = (3)" s[v] is passed as the input to an LTI system, and the observed output is [n] = n (3)" a[n]. (a) Sketch the pole-zero diagram of this system. (b) Find the DTFT of the impulse response h[n]. (c) What is the DTFT of e¹¹h[n]?

Suppose the signal r[n] = (3)" s[v] is passed as the input to an LTI system, and the observed output is [n] = n (3)" a[n]. (a) Sketch the pole-zero diagram of this system. (b) Find the DTFT of the impulse response h[n]. (c) What is the DTFT of e¹¹h[n]?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Suppose the signal x[n] = (3) *u[n] is passed as the input to an LTI system, and the observed output is y[n] = n (3) Ku[n]. (a) Sketch the pole-zero diagram of this system. (b) Find the DTFT of the impulse response h[n]. (c) What is the DTFT of e¹¹h[n]?
Transcribed Image Text:Suppose the signal x[n] = (3) *u[n] is passed as the input to an LTI system, and the observed output is y[n] = n (3) Ku[n]. (a) Sketch the pole-zero diagram of this system. (b) Find the DTFT of the impulse response h[n]. (c) What is the DTFT of e¹¹h[n]?
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