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a) An angle modulated signal with carrier frequency f. = 10MHZ is described by the equation PEM (t) = 100 cos(@̟t + 4 sin 2000nt) i. Compute the power of the modulated signal. ii. Compute the maximum frequency deviation Afmax: iii. Compute the maximum phase deviation Aomax- iv. Compute the bandwidth of wEM (t). Analyze the signal Em (t) and predict if it is a FM or a PM signal? V.

a) An angle modulated signal with carrier frequency f. = 10MHZ is described by the equation PEM (t) = 100 cos(@̟t + 4 sin 2000nt) i. Compute the power of the modulated signal. ii. Compute the maximum frequency deviation Afmax: iii. Compute the maximum phase deviation Aomax- iv. Compute the bandwidth of wEM (t). Analyze the signal Em (t) and predict if it is a FM or a PM signal? V.

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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a) An angle modulated signal with carrier frequency f. = 10MHz is described by the equation PEM (t) = 100 cos(w̟t + 4 sin 2000nt) Compute the power of the modulated signal. Compute the maximum frequency deviation Afmax- Compute the maximum phase deviation Aomax- i. ii. iii. iv. Compute the bandwidth of EM (t). Analyze the signal PEM (t) and predict if it is a FM or a PM signal? V.
Transcribed Image Text:a) An angle modulated signal with carrier frequency f. = 10MHz is described by the equation PEM (t) = 100 cos(w̟t + 4 sin 2000nt) Compute the power of the modulated signal. Compute the maximum frequency deviation Afmax- Compute the maximum phase deviation Aomax- i. ii. iii. iv. Compute the bandwidth of EM (t). Analyze the signal PEM (t) and predict if it is a FM or a PM signal? V.
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