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Q10. The rotating machine of Figure Q10 has the following parameters: Lss = 0.18 H, L = 0.06 H, and Lsr = 0.079 cos 0 H. The system has two current sources available for its windings. The windings are supplied with either of two sources: source A = 2.5 Ade; source B = 8.5 Arms, f= 50 Hz. The rotor is free to turn about its axis and the position of the rotor at any instant is 0 = @t +8, where Om is angular velocity of the rotor and & is the rotor position at t = 0. Determine the torque developed at om = 100r rad/s and for the following source connections: (a) Source A to both windings (b) Source B to both windings (c) Source A to the rotor and source B to the stator.

Q10. The rotating machine of Figure Q10 has the following parameters: Lss = 0.18 H, L = 0.06 H, and Lsr = 0.079 cos 0 H. The system has two current sources available for its windings. The windings are supplied with either of two sources: source A = 2.5 Ade; source B = 8.5 Arms, f= 50 Hz. The rotor is free to turn about its axis and the position of the rotor at any instant is 0 = @t +8, where Om is angular velocity of the rotor and & is the rotor position at t = 0. Determine the torque developed at om = 100r rad/s and for the following source connections: (a) Source A to both windings (b) Source B to both windings (c) Source A to the rotor and source B to the stator.

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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Q10. The rotating machine of Figure Q10 has the following parameters: Lss = 0.18 H, Ly= 0.06 H, and Lsr = 0.079 cos 0 H. The system has two current sources available for its windings. The windings are supplied with either of two sources: source A = 2.5 Adc; source B = 8.5 Arms, f= 50 Hz. The rotor is free to turn about its axis and the position of the rotor at any instant is 0 = w„t + 8 , where m' Om is angular velocity of the rotor and ô is the rotor position at t = 0. Determine the torque developed 100r rad/s and for the following source connections: (a) Source A to both windings (b) Source B to both windings (c) Source A to the rotor and source B to the stator. at om =
Transcribed Image Text:Q10. The rotating machine of Figure Q10 has the following parameters: Lss = 0.18 H, Ly= 0.06 H, and Lsr = 0.079 cos 0 H. The system has two current sources available for its windings. The windings are supplied with either of two sources: source A = 2.5 Adc; source B = 8.5 Arms, f= 50 Hz. The rotor is free to turn about its axis and the position of the rotor at any instant is 0 = w„t + 8 , where m' Om is angular velocity of the rotor and ô is the rotor position at t = 0. Determine the torque developed 100r rad/s and for the following source connections: (a) Source A to both windings (b) Source B to both windings (c) Source A to the rotor and source B to the stator. at om =
Rotor axis "me + 6 OR Stator axis -R O Figure Q10
Transcribed Image Text:Rotor axis "me + 6 OR Stator axis -R O Figure Q10
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