6.1 A 1 kHz sine wave is sampled at frequency of 5 kHz.(a) What is the Nyquist frequency of the sampling system in this case? Showyour work.(b) What is the Nyquist rate of the signal? Show your work.(c) Is the signal properly sampled; that is, will there be aliases in the digitallyrecorded signal? Explain.(d) What if the original analog signal included both even and odd harmonics of itsprimary frequency; that is, 2, 3, 5 kHz, etc. What would be the highest harmonicthat will be faithfully represented in the discrete-time version of the analogsignal?(e) Following on with the previous step, what is the lowest harmonic that will bealiased and what would be resulting alias frequency? (d) What if the original analog signal included both even and odd harmonics of itsprimary frequency; that is, 2, 3, 5 kHz, etc. What would be the highest harmonicthat will be faithfully represented in the discrete-time version of the analogsignal?(e) Following on with the previous step, what is the lowest harmonic that will bealiased and what would be resulting alias frequency? 6.1 A 1 kHz sine wave is sampled at frequency of 5 kHz.(a) What is the Nyquist frequency of the sampling system in this case? Showyour work.(b) What is the Nyquist rate of the signal? Show your work.(c) Is the signal properly sampled; that is, will there be aliases in the digitallyrecorded signal? Explain.

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Answered: 6.1 A1 kHz sine wave is sampled at…

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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6.1 A 1 kHz sine wave is sampled at frequency of 5 kHz.
(a) What is the Nyquist frequency of the sampling system in this case? Show
your work.
(b) What is the Nyquist rate of the signal? Show your work.
(c) Is the signal properly sampled; that is, will there be aliases in the digitally
recorded signal? Explain.
(d) What if the original analog signal included both even and odd harmonics of its
primary frequency; that is, 2, 3, 5 kHz, etc. What would be the highest harmonic
that will be faithfully represented in the discrete-time version of the analog
signal?
(e) Following on with the previous step, what is the lowest harmonic that will be
aliased and what would be resulting alias frequency?

(d) What if the original analog signal included both even and odd harmonics of its
primary frequency; that is, 2, 3, 5 kHz, etc. What would be the highest harmonic
that will be faithfully represented in the discrete-time version of the analog
signal?
(e) Following on with the previous step, what is the lowest harmonic that will be
aliased and what would be resulting alias frequency?

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