A carrier signal with frequency of 1 MHz and peak-to-peak amplitude of 10√√2v is added to a single tone message with frequency of 1 kHz and peak-to-peak amplitude of 4√2v. Then passed through a diode having the following c/cs: i(t) = e(t) + 0.5e²(t), find: 1- Modulation depth of DSB signal. 2- Frequency of each component in the diode current.
A carrier signal with frequency of 1 MHz and peak-to-peak amplitude of 10√√2v is added to a single tone message with frequency of 1 kHz and peak-to-peak amplitude of 4√2v. Then passed through a diode having the following c/cs: i(t) = e(t) + 0.5e²(t), find: 1- Modulation depth of DSB signal. 2- Frequency of each component in the diode current.
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![A carrier signal with frequency of 1 MHz and peak-to-peak amplitude of 10√2v
is added to a single tone message with frequency of 1 kHz and peak-to-peak
amplitude of 4√2v. Then passed through a diode having the following c/cs:
i(t) = e(t) + 0.5e²(t), find:
1- Modulation depth of DSB signal.
2- Frequency of each component in the diode current.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd56aa675-6a99-4141-a365-e1fcf0357383%2Fe22650bc-2e13-4556-8a7b-3530f44d0770%2Fmdfj3g9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A carrier signal with frequency of 1 MHz and peak-to-peak amplitude of 10√2v
is added to a single tone message with frequency of 1 kHz and peak-to-peak
amplitude of 4√2v. Then passed through a diode having the following c/cs:
i(t) = e(t) + 0.5e²(t), find:
1- Modulation depth of DSB signal.
2- Frequency of each component in the diode current.
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