Estimate the location of the two half-power frequencies of the voltage response of a parallel RLC network for which R=40 k@, L=1 H, and C= 1 64 uF, and determine the approximate value of the admittance for an operating frequency of 8200 rad/s. Estimate the location of the two half-power frequencies of the voltage response of a parallel RLC network for which R=40 kQ, L=1 H, and C= 1 64 µF, anddetermine the approximate value of the admittance for an operating frequency of 8200 rad/s.

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admittance for an operating frequency

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter14: Inductance

Section: Chapter Questions

Problem 72P: What resistance R must be connected in series with a 200-mH inductor of the resulting RLC...

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Question

Estimate the location of the two half-power frequencies of the voltage response of a parallel RLC network for which R=40 k@, L=1 H, and C= 1 64 uF, and determine the approximate value of the admittance for an operating frequency of 8200 rad/s.

Estimate the location of the two half-power frequencies of the voltage response of a parallel RLC network for which R=40 kQ, L=1 H, and C= 1 64 µF, and
determine the approximate value of the admittance for an operating frequency of 8200 rad/s.

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