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Consider the following baseband signal m(t), (whose M(f) is given in figure below) with minimum and maximum freoquencies 0.3 KHz and 0.4 KHz respectively. This signal is modulated with center frequency 2.3 KHz. Find the minimum and maximum bandwidths (in KHz) of the filter that can be used to perfectly construct the LSB-SSB modulated signal. M() f (kHz) a. 0.1, 2.6 b. 0.4, 2 c. 0.4, 2.6 d. None

Consider the following baseband signal m(t), (whose M(f) is given in figure below) with minimum and maximum freoquencies 0.3 KHz and 0.4 KHz respectively. This signal is modulated with center frequency 2.3 KHz. Find the minimum and maximum bandwidths (in KHz) of the filter that can be used to perfectly construct the LSB-SSB modulated signal. M() f (kHz) a. 0.1, 2.6 b. 0.4, 2 c. 0.4, 2.6 d. None

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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8) Consider the following baseband signal m(t), (whose M(f) is given in figure below) with minimum and maximum freoquencies 0.3 KHz and 0.4 KHz respectively. This signal is modulated with center frequency 2.3 KHz. Find the minimum and maximum bandwidths (in KHz) of the filter that can be used to perfectly construct the LSB-SSB modulated signal. M(f) f (kHz) .3 .4 а. 0.1, 2.6 b. 0.4,2 с. 0.4, 2.6 d. None
Transcribed Image Text:8) Consider the following baseband signal m(t), (whose M(f) is given in figure below) with minimum and maximum freoquencies 0.3 KHz and 0.4 KHz respectively. This signal is modulated with center frequency 2.3 KHz. Find the minimum and maximum bandwidths (in KHz) of the filter that can be used to perfectly construct the LSB-SSB modulated signal. M(f) f (kHz) .3 .4 а. 0.1, 2.6 b. 0.4,2 с. 0.4, 2.6 d. None
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