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Determine the amplitude and phase shift of the sinusoidal ouput of the circuit shown below, if a sinusoidal input of frequency 80 rads/second and amplitude 5 volts is applied to the circuit. Add the phase shift to the amplitude and enter the result in the answer field (numerical answer only). Component values are R = 9860 Ohms;L = 0.00016 Henrys; Vin elle A R Vout

Determine the amplitude and phase shift of the sinusoidal ouput of the circuit shown below, if a sinusoidal input of frequency 80 rads/second and amplitude 5 volts is applied to the circuit. Add the phase shift to the amplitude and enter the result in the answer field (numerical answer only). Component values are R = 9860 Ohms;L = 0.00016 Henrys; Vin elle A R Vout

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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Determine the amplitude and phase shift of the sinusoidal ouput of the circuit shown below, if a sinusoidal input of frequency 80 rads/second and amplitude 5 volts is applied to the circuit. Add the phase shift to the amplitude and enter the result in the answer field (numerical answer only). Component values are R = 9860 Ohms;L = 0.00016 Henrys; Vin elle A R Vout
Transcribed Image Text:Determine the amplitude and phase shift of the sinusoidal ouput of the circuit shown below, if a sinusoidal input of frequency 80 rads/second and amplitude 5 volts is applied to the circuit. Add the phase shift to the amplitude and enter the result in the answer field (numerical answer only). Component values are R = 9860 Ohms;L = 0.00016 Henrys; Vin elle A R Vout
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