For the series RLC circuit shown, the frequency of the voltage source v, 20cos(@) V is%3Dadjusted until the resonant frequency (@o) is reached. Under this resonance condition, theinductive reactance X is 38 2 and the maximum amplitude of the current i is 2.5 A. Theresonant frequency in kHz isRll:0. 1µF1'sO A. 263.16O B. 1653.47O C 41.88O D. 41882.88

For a series RLC circuit, the resonant frequency(ω0) is given by where L is the inductance and C is…

Answered: DUIICS KLC Circuit shown, th adjusted…

DUIICS KLC Circuit shown, th adjusted until the resonant frequenc inductive reactance X is 382 and resonant frequency in kHz is ww ll V's 0.1µF O A. 263.16 O B. 1653.47 OC 41.88 O D. 41882.88

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter24: Resistive-inductive-capacitive Parallel Circuits

Section: Chapter Questions

Problem 4RQ: A tank circuit contains a capacitor and an inductor that produce 30 of reactance at the resonant...

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Sample and Hold circuit

The sampling circuit and the holding circuit generate electrical samples as input and then hold these samples for a specified period. The time at which the sample and circuit holder produces the input signal sample is called the sampling time. Correspondingly, the length of the circuit that holds the sampled value is called the holding time.

Question

For the series RLC circuit shown, the frequency of the voltage source v, 20cos(@) V is
%3D
adjusted until the resonant frequency (@o) is reached. Under this resonance condition, the
inductive reactance X is 38 2 and the maximum amplitude of the current i is 2.5 A. The
resonant frequency in kHz is
R
ll
:0. 1µF
1's
O A. 263.16
O B. 1653.47
O C 41.88
O D. 41882.88

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