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Consider the sequence h[n] of Fourier transform H(w) = w² for all wE [-T, T7] as illustrated in the figure. T 34 .H(w) T Is it possible to find c so that the LTI system of impulse response g[n] = h[n] + co[n] cancels the input shown below? If so, show how you derive it. If not, explain why

Consider the sequence h[n] of Fourier transform H(w) = w² for all wE [-T, T7] as illustrated in the figure. T 34 .H(w) T Is it possible to find c so that the LTI system of impulse response g[n] = h[n] + co[n] cancels the input shown below? If so, show how you derive it. If not, explain why

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
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Consider the sequence h[n] of Fourier transform H() = w² for all w E [-T, T] as illustrated in the figure. 3 H(w) S O 3 Is it possible to find c so that the LTI system of impulse response g[n] = h[n] + co[n] cancels the input shown below? If so, show how you derive it. If not, explain why 1 n T M
Transcribed Image Text:Consider the sequence h[n] of Fourier transform H() = w² for all w E [-T, T] as illustrated in the figure. 3 H(w) S O 3 Is it possible to find c so that the LTI system of impulse response g[n] = h[n] + co[n] cancels the input shown below? If so, show how you derive it. If not, explain why 1 n T M
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