Sample the signal: x(t) 10 sinc(500t) by multiplying the pulse train p(t)= rect (10 t)*So.001(t) a) Determine Xp(t) = x(t) p(t) b) Determine the CTFT Xp) c) Graph the magnitude of Xpf)
Sample the signal: x(t) 10 sinc(500t) by multiplying the pulse train p(t)= rect (10 t)*So.001(t) a) Determine Xp(t) = x(t) p(t) b) Determine the CTFT Xp) c) Graph the magnitude of Xpf)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Signals and systems

Transcribed Image Text:Sample the signal: x(t) = 10 sinc(500t) by multiplying the pulse
%3D
train
p(t)= rect (10°t)*S0.001(t)
a) Determine xp(t) = x(t) p(t)
b) Determine the CTFT X,f)
c) Graph the magnitude of Xpf)
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