The Figure shows a balanced Y-A 3Ø circuit. The phase voltages of the Y-connected source are V, = 11020°, V, = 1102 - 120° and V. = 1104120°, Volts. The line impdedances are Z=10+j5 each. The impedances of the A-connected load are ZA = 75+j255 N each. Determine: Line Currents, Phase Currents (load), Power drawn by the load. Ve ZA Vb
The Figure shows a balanced Y-A 3Ø circuit. The phase voltages of the Y-connected source are V, = 11020°, V, = 1102 - 120° and V. = 1104120°, Volts. The line impdedances are Z=10+j5 each. The impedances of the A-connected load are ZA = 75+j255 N each. Determine: Line Currents, Phase Currents (load), Power drawn by the load. Ve ZA Vb
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![The Figure shows a balanced Y-A 3Ø circuit. The phase voltages of the Y-connected source are V, = 11020°,
V, = 1102 - 120° and V. = 1102120°, Volts. The line impdedances are Z,=10+j5 Q each. The impedances of
the A-connected load are ZA = 75+j255 N each.
Determine: Line Currents, Phase Currents (load), Power drawn by the load.
Ve
ZA
Vb](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe7148271-20f0-43ea-afcd-d4a64a01d7a0%2Fbdded9b1-33c8-4401-8aa4-3ac7204babb6%2F225oelr_processed.png&w=3840&q=75)
Transcribed Image Text:The Figure shows a balanced Y-A 3Ø circuit. The phase voltages of the Y-connected source are V, = 11020°,
V, = 1102 - 120° and V. = 1102120°, Volts. The line impdedances are Z,=10+j5 Q each. The impedances of
the A-connected load are ZA = 75+j255 N each.
Determine: Line Currents, Phase Currents (load), Power drawn by the load.
Ve
ZA
Vb
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