A 10KHz sinusoid is used to frequency modulate a 50-KHz carrier signal and amplitude 10volt, the peak frequency deviation from carrier is 200KHz. The FM signal is applied to a non-Linear system whose input –output transfer characteristic is e (t) = 2e2(t). The output is filtered with an ideal bandpass filter having a oi bandwidth of 20KHz, centered at 100KHz.Sketch to scale the resulting line spectrum, Find the modulation index and find total power.
A 10KHz sinusoid is used to frequency modulate a 50-KHz carrier signal and amplitude 10volt, the peak frequency deviation from carrier is 200KHz. The FM signal is applied to a non-Linear system whose input –output transfer characteristic is e (t) = 2e2(t). The output is filtered with an ideal bandpass filter having a oi bandwidth of 20KHz, centered at 100KHz.Sketch to scale the resulting line spectrum, Find the modulation index and find total power.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A 10KHz sinusoid is used to frequency modulate a 50-KHz carrier signal and amplitude 10volt, the peak frequency deviation from carrier is 200KHz. The FM signal is applied to a non-Linear system whose input –output transfer characteristic is e (t) = 2e2(t). The output is filtered with an ideal bandpass filter having a oi bandwidth of 20KHz, centered at 100KHz.Sketch to scale the resulting line spectrum, Find the modulation index and find total power.
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