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2. Given that x[n] is an input to an LTI system, and h[n] is its unit-impulse response such that: n = 0,1 x[n] = { otherwise [0 n=0 h[n] = 1 n=1,2 (0 otherwise For the given system, obtain output response y[n] using: A. Analytical method B. MATLAB or Octave

2. Given that x[n] is an input to an LTI system, and h[n] is its unit-impulse response such that: n = 0,1 x[n] = { otherwise [0 n=0 h[n] = 1 n=1,2 (0 otherwise For the given system, obtain output response y[n] using: A. Analytical method B. MATLAB or Octave

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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2. Given that x[n] is an input to an LTI system, and h[n] is its unit-impulse response such that: n = 0,1 x[n] = { otherwise [0 n=0 h[n] = 1 n=1,2 (0 otherwise For the given system, obtain output response y[n] using: A. Analytical method B. MATLAB or Octave
Transcribed Image Text:2. Given that x[n] is an input to an LTI system, and h[n] is its unit-impulse response such that: n = 0,1 x[n] = { otherwise [0 n=0 h[n] = 1 n=1,2 (0 otherwise For the given system, obtain output response y[n] using: A. Analytical method B. MATLAB or Octave
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