Q3) In a two-excitation and two-pole machine, the rotor and stator of both poles are prominent relations The inductor of the rotor and stator is as follows: Lss =(0.5 + 0.2cos20) H Lrr =(0.8 + 0.3cos20) H Lsr =0.7coseH The resistance of the windings is zero. If the rotor is in the position 0 =60 ° and flows from the stator A sinusoid with an effective value of 10A passes and the rotor winding is short, medium torque Calculate the impact on the rotor

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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Question
Q3) In a two-excitation and two-pole machine, the
rotor and stator of both poles are prominent
relations
The inductor of the rotor and stator is as follows:
Lss =(0.5 + 0.2cos20) H
Lrr =(0.8 + 0.3cos20) H
Lsr =0.7coseH
The resistance of the windings is zero. If the rotor
is in the position 0 =60 ° and flows from the stator
A sinusoid with an effective value of 10A passes
and the rotor winding is short, medium torque
Calculate the impact on the rotor
Transcribed Image Text:Q3) In a two-excitation and two-pole machine, the rotor and stator of both poles are prominent relations The inductor of the rotor and stator is as follows: Lss =(0.5 + 0.2cos20) H Lrr =(0.8 + 0.3cos20) H Lsr =0.7coseH The resistance of the windings is zero. If the rotor is in the position 0 =60 ° and flows from the stator A sinusoid with an effective value of 10A passes and the rotor winding is short, medium torque Calculate the impact on the rotor
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