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2. Consider an x(t) signal with a bandwidth of W when this signal passes through sampling at a rate. The sample draw is equal to fs or the distance between the sample is equal to Ts and can be signaled Xp(t) = x(nTs) p (t-nTs) p(t) is a signal that any pulse shape with a value does not belong only to the period [0, Ts]. Find the result of the Fourier conversion of this signal.?

2. Consider an x(t) signal with a bandwidth of W when this signal passes through sampling at a rate. The sample draw is equal to fs or the distance between the sample is equal to Ts and can be signaled Xp(t) = x(nTs) p (t-nTs) p(t) is a signal that any pulse shape with a value does not belong only to the period [0, Ts]. Find the result of the Fourier conversion of this signal.?

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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Topic : Pulse Modulation and Sampling theorem

9.2)

2. Consider an x(t) signal with a bandwidth of W when this signal passes through sampling at a rate. The sample draw is equal to fs or the distance between the sample is equal to Ts and can be signaled Xp(t) = x(nTs) p (t-nTs) p(t) is a signal that any pulse shape with a value does not belong only to the period [0, Ts]. Find the result of the Fourier conversion of this signal.?
Transcribed Image Text:2. Consider an x(t) signal with a bandwidth of W when this signal passes through sampling at a rate. The sample draw is equal to fs or the distance between the sample is equal to Ts and can be signaled Xp(t) = x(nTs) p (t-nTs) p(t) is a signal that any pulse shape with a value does not belong only to the period [0, Ts]. Find the result of the Fourier conversion of this signal.?
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