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In the following electrical circuit in the figure, R=2 Kohm, L=2 H and C=2 Microfarad are given. a- Obtain the transfer function ??(?)/??(?). b- Draw the bode diagram of the transfer function. c- Explain how the circuit will behave depending on the frequency.

In the following electrical circuit in the figure, R=2 Kohm, L=2 H and C=2 Microfarad are given. a- Obtain the transfer function ??(?)/??(?). b- Draw the bode diagram of the transfer function. c- Explain how the circuit will behave depending on the frequency.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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In the following electrical circuit in the figure, R=2 Kohm, L=2 H and C=2 Microfarad are given.
a- Obtain the transfer function ??(?)/??(?).
b- Draw the bode diagram of the transfer function.
c- Explain how the circuit will behave depending on the frequency.

v;(1) (+ Ts=- 4 Wn Mp=e L -m Tp= πξ 1-² ww R π Wn√ 1-² + C= v(t) = TU Wa -
Transcribed Image Text:v;(1) (+ Ts=- 4 Wn Mp=e L -m Tp= πξ 1-² ww R π Wn√ 1-² + C= v(t) = TU Wa -
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