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In Fig., R = 200 Ohm, L1 = 80 mH, L2 = 240 mH, C = 4.0 μF, and e(t) = 170sin(4000 pi t). a/ Determine the current through each element in the circuit. b/ Sketch the phasor diagram of the circuit. c/ If L1 is variable, find L1 so that the current amplitude is maximum.

In Fig., R = 200 Ohm, L1 = 80 mH, L2 = 240 mH, C = 4.0 μF, and e(t) = 170sin(4000 pi t). a/ Determine the current through each element in the circuit. b/ Sketch the phasor diagram of the circuit. c/ If L1 is variable, find L1 so that the current amplitude is maximum.

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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In Fig., R = 200 Ohm, L1 = 80 mH, L2 = 240 mH, C = 4.0 μF, and e(t) = 170sin(4000 pi t). a/ Determine the current through each element in the circuit. b/ Sketch the phasor diagram of the circuit. c/ If L1 is variable, find L1 so that the current amplitude is maximum.
C L1 L2 R
Transcribed Image Text:C L1 L2 R
In Fig. 4, R = 200 Q, L1 = 80 mH, L2 = 240 mH, C = %3D 4.0 µF, and ɛ(t) = 170sin(4000t). al Determine the current through each element in the circuit. b/ Sketch the phasor diagram of the circuit. L1 L2 c/ If Li is variable, find L1 so that the current amplitude is maximum. Fig. 4
Transcribed Image Text:In Fig. 4, R = 200 Q, L1 = 80 mH, L2 = 240 mH, C = %3D 4.0 µF, and ɛ(t) = 170sin(4000t). al Determine the current through each element in the circuit. b/ Sketch the phasor diagram of the circuit. L1 L2 c/ If Li is variable, find L1 so that the current amplitude is maximum. Fig. 4
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