The complex and lost power, and the power factor: Variable The per-phase complex power of the source, Ssource, 16 The three-phase complex power of the source, Ssource, 36 The per-phase complex power of the load, Sload, 1 The three-phase complex power of the load, Sload, 34 The per-phase lost real power in the transmission line, Ploss, 1 The three-phase lost real power in the transmission line, Ploss, 34 The power factor of the load, PF Calculated Value
The complex and lost power, and the power factor: Variable The per-phase complex power of the source, Ssource, 16 The three-phase complex power of the source, Ssource, 36 The per-phase complex power of the load, Sload, 1 The three-phase complex power of the load, Sload, 34 The per-phase lost real power in the transmission line, Ploss, 1 The three-phase lost real power in the transmission line, Ploss, 34 The power factor of the load, PF Calculated Value
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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Transcribed Image Text:: For the balanced positive-sequence three-phase circuit shown below, fill the given below tables (show work).
Von 120Z-240°
Vn = 1202–120°(
(2x)
= 12020°
0.06 Ω
0.06 Ω
208 V
j0.12 Ω
j0.12 Ω
0.06 Ω j0.12 Ω
20
Zo
Fig. 1: Y-Y connected three-phase circuit.
Zo
Z = 12 + j9 Ω
Transcribed Image Text:The complex and lost power,
and the power
factor:
Variable
The per-phase complex power of the source, Ssource, 16
The three-phase complex power of the source, Ssource, 3
The per-phase complex power of the load, Sload, 16
The three-phase complex power of the load, Sload, 30
The per-phase lost real power in the transmission line, Ploss, 1
The three-phase lost real power in the transmission line, Ploss, 34
The power factor of the load, PF
Calculated Value
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