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A Narrow Band Frequency Modulated signal, with =10 kHz, ₁=100 MHz, 4f₁ = 5kHz is applied to a frequency multiplier with a factor of 3 to convert it to a Wide band FM signal, the output of the multiplier has a WBFM with, =10 kHz, f₁₂-300 MHz, 4 =15kHz Ⓒfm² = 30 kHz, fa=300 MHz, 4f = 5kHz ⒸS² = 30 kHz, f₁2-300 MHz, 4₂=15kHz S² = 10 kHz, fa=100 MHz, 4/₂ = 5kHz

A Narrow Band Frequency Modulated signal, with =10 kHz, ₁=100 MHz, 4f₁ = 5kHz is applied to a frequency multiplier with a factor of 3 to convert it to a Wide band FM signal, the output of the multiplier has a WBFM with, =10 kHz, f₁₂-300 MHz, 4 =15kHz Ⓒfm² = 30 kHz, fa=300 MHz, 4f = 5kHz ⒸS² = 30 kHz, f₁2-300 MHz, 4₂=15kHz S² = 10 kHz, fa=100 MHz, 4/₂ = 5kHz

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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10 kHz, 300 MHz, 4-15kHz 30kHz, 300MHz, Off-5kHz f30kHz, 300 MHz, 4/15kHz 10 kHz, -100 MHz, 4/SkHz Choice aoption fm2= ?
A Narrow Band Frequency Modulated signal, with = 10 kHz, f₁=100 MHz, 4/₁ = 5kHz is applied to a frequency multiplier with a factor of 3 to convert it to a Wide band FM signal, the output of the multiplier has a WBFM with, Sm2 = 10 kHz, f2=300 MHz, 4₂ =15kHz Ⓒfm2 = 30 kHz, fe2=300 MHz, 4f₂ = 5kHz m2 =30 kHz, fez - 300 MHz, 4/₂ =15kHz = Sm2 = 10 kHz, S₁2=100 MHz, 4/₂ = 5kHz
Transcribed Image Text:A Narrow Band Frequency Modulated signal, with = 10 kHz, f₁=100 MHz, 4/₁ = 5kHz is applied to a frequency multiplier with a factor of 3 to convert it to a Wide band FM signal, the output of the multiplier has a WBFM with, Sm2 = 10 kHz, f2=300 MHz, 4₂ =15kHz Ⓒfm2 = 30 kHz, fe2=300 MHz, 4f₂ = 5kHz m2 =30 kHz, fez - 300 MHz, 4/₂ =15kHz = Sm2 = 10 kHz, S₁2=100 MHz, 4/₂ = 5kHz
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