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For the following three-phase system. a A Aa R = 62 XL = 80 EAB = 150 V 40° V. ca 3-phase, 3-wire, Y-connected generator Phase sequence: ABC Xị = 8 N R = 6 N ECA = 150 V Z 0 R = 6 N X = 80 lll B EBC = 150 V Z0, a) Find the phase angles 0, and 0, [Ans: 0, = -120° and 0,= 120°] b) Find the current in each phase of the load. [Ans: c) Find the magnitude of the line currents. [Ans: 25.95 A] %3D 3 1 = 15AL - 53.13° %3D ab 1 = 15A2-173.13° I = 154266.87° be ca ele C.

For the following three-phase system. a A Aa R = 62 XL = 80 EAB = 150 V 40° V. ca 3-phase, 3-wire, Y-connected generator Phase sequence: ABC Xị = 8 N R = 6 N ECA = 150 V Z 0 R = 6 N X = 80 lll B EBC = 150 V Z0, a) Find the phase angles 0, and 0, [Ans: 0, = -120° and 0,= 120°] b) Find the current in each phase of the load. [Ans: c) Find the magnitude of the line currents. [Ans: 25.95 A] %3D 3 1 = 15AL - 53.13° %3D ab 1 = 15A2-173.13° I = 154266.87° be ca ele C.

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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For the following three-phase system. a R = 62 XL = 80 EAB = 150 V 40° V. ab ca 3-phase, 3-wire, Y-connected generator Phase sequence: ABC Xị = 8 N R = 60Z ECA = 150 V Z 0, R = 6 0 X = 80 lll B EBc = 150 V Z 0, a) Find the phase angles 0, and 0, [Ans: 0, = -120° and 0,= 120°] b) Find the current in each phase of the load. [Ans: c) Find the magnitude of the line currents. [Ans: 25.95 A] %3D 1 = 15AL - 53.13° %3D ab 1 = 15A4-173.13° I = 154266.87° be ca ele C.
Transcribed Image Text:For the following three-phase system. a R = 62 XL = 80 EAB = 150 V 40° V. ab ca 3-phase, 3-wire, Y-connected generator Phase sequence: ABC Xị = 8 N R = 60Z ECA = 150 V Z 0, R = 6 0 X = 80 lll B EBc = 150 V Z 0, a) Find the phase angles 0, and 0, [Ans: 0, = -120° and 0,= 120°] b) Find the current in each phase of the load. [Ans: c) Find the magnitude of the line currents. [Ans: 25.95 A] %3D 1 = 15AL - 53.13° %3D ab 1 = 15A4-173.13° I = 154266.87° be ca ele C.
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