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The system S represented in the figure below is known to be time-invariant. When the input signals are x [n] and x2 [n], the outputs are y, [n] and y, [n]. Assume that the system is linear and b = 4. x,[n] 4,[n] 26 -2 -1 O -2 -1 O 4 Find the output signal y2 [n] for -2

The system S represented in the figure below is known to be time-invariant. When the input signals are x [n] and x2 [n], the outputs are y, [n] and y, [n]. Assume that the system is linear and b = 4. x,[n] 4,[n] 26 -2 -1 O -2 -1 O 4 Find the output signal y2 [n] for -2

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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The system S represented in the figure below is known to be time-invariant. When the input signals are x [n] and x2 [n], the outputs are y, [n] and y, [n]. Assume that the system is linear and b = 4. x,[n] 4,[n] 26 -2 -1 O -2 -1 O 4 Find the output signal y2 [n] for -2 <n< 2 when the input signal is x2 [n], shown in the figure below. 1ļe F4 -2 -1 2 У- [n] 8 22 26 43 40
Transcribed Image Text:The system S represented in the figure below is known to be time-invariant. When the input signals are x [n] and x2 [n], the outputs are y, [n] and y, [n]. Assume that the system is linear and b = 4. x,[n] 4,[n] 26 -2 -1 O -2 -1 O 4 Find the output signal y2 [n] for -2 <n< 2 when the input signal is x2 [n], shown in the figure below. 1ļe F4 -2 -1 2 У- [n] 8 22 26 43 40
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