Signals and SystemsAn analog signal is given as x(t) = 5 + 2 cos(20??) + 3 cos(400??)a) What is the bandwidth of x(t)? Determine the Nyquist sampling frequency for x(t), both in radian/sec (ws), and in Hz (Fs ).b) Formulate ?? (??), the signal sampled with the Nyquist frequency.c) Plot frequency spectrum of the sampled signal, Xp(jw).d) Determine the filter to reconstruct the signal x(t).e) Is it possible to reconstruct the signal x(t) for Ts = 0.004 [s]? State that if aliasing error occurs ornot An analog signal is given asx(t) = 5 + 2 cos(20nt) + 3 cos(400nt)a) What is the bandwidth of x (t)? Determine the Nyquist sampling frequency for x(t), both inradian/sec (ws), and in Hz (F;).b) Formulate X,(jw), the signal sampled with the Nyquist frequency.c) Plot frequency spectrum of the sampled signal, X,(jw).d) Determine the filter to reconstruct the signal x(t).e) Is it possible to reconstruct the signal x(t) for T, = 0.004 [s]? State that if aliasing error occurs ornot.

Bandwidth- Bandwidth is the data transfer capacity of a computer network in bits per second. It…

Answered: Signals and Systems An analog signal…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Signals and Systems

An analog signal is given as x(t) = 5 + 2 cos(20??) + 3 cos(400??)
a) What is the bandwidth of x(t)? Determine the Nyquist sampling frequency for x(t), both in radian/sec (ws), and in Hz (Fs ).
b) Formulate ?? (??), the signal sampled with the Nyquist frequency.
c) Plot frequency spectrum of the sampled signal, Xp(jw).
d) Determine the filter to reconstruct the signal x(t).
e) Is it possible to reconstruct the signal x(t) for Ts = 0.004 [s]? State that if aliasing error occurs or
not

An analog signal is given as
x(t) = 5 + 2 cos(20nt) + 3 cos(400nt)
a) What is the bandwidth of x (t)? Determine the Nyquist sampling frequency for x(t), both in
radian/sec (ws), and in Hz (F;).
b) Formulate X,(jw), the signal sampled with the Nyquist frequency.
c) Plot frequency spectrum of the sampled signal, X,(jw).
d) Determine the filter to reconstruct the signal x(t).
e) Is it possible to reconstruct the signal x(t) for T, = 0.004 [s]? State that if aliasing error occurs or
not.

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