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R voo www 4.7 Ω 20 x 10-³ sin uf 2 μF a) Find the value of L if the resonant frequency is 1800 Hz. And then Calculate X₁ and Xc at resonance. As well as find the power factor at resonance. b) Find the quality factor Q. And find the cutoff frequencies f₁1, f₂- c) Find the bandwidth BW. And find the power dissipated by the circuit at the cutoff frequencies.

R voo www 4.7 Ω 20 x 10-³ sin uf 2 μF a) Find the value of L if the resonant frequency is 1800 Hz. And then Calculate X₁ and Xc at resonance. As well as find the power factor at resonance. b) Find the quality factor Q. And find the cutoff frequencies f₁1, f₂- c) Find the bandwidth BW. And find the power dissipated by the circuit at the cutoff frequencies.

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
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R voo www 4.7 Ω 20 x 10-³ sin uf 2 μF a) Find the value of L if the resonant frequency is 1800 Hz. And then Calculate X₁ and Xc at resonance. As well as find the power factor at resonance. b) Find the quality factor Q. And find the cutoff frequencies f₁1, f₂- c) Find the bandwidth BW. And find the power dissipated by the circuit at the cutoff frequencies.
Transcribed Image Text:R voo www 4.7 Ω 20 x 10-³ sin uf 2 μF a) Find the value of L if the resonant frequency is 1800 Hz. And then Calculate X₁ and Xc at resonance. As well as find the power factor at resonance. b) Find the quality factor Q. And find the cutoff frequencies f₁1, f₂- c) Find the bandwidth BW. And find the power dissipated by the circuit at the cutoff frequencies.
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