moo ell ell The magnitude of the line current. |L= 2 2 ECA = 208 V 203 The voltage across each phase impedance in phasor form. Vab= Vbc= Vca = 2 N EAB= 208 V 20⁰ B The current through each phase impedance in phasor form. lab = lbc = Ica = units ZL The magnitude of the genrator phase voltage E= units EBC = 208 V 20₂ Z₁ Z₂ units units units units units units b

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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If the 22Ω resistor is replaced with ZL = 100Ω + -j100Ω, determine the following.

moo
ell
ell
The magnitude of the line current.
|L=
2
2
ECA = 208 V L03
The voltage across each phase impedance in phasor form.
Vab=
Vbc=
Vca =
2
N
EAB= 208 V 20⁰
B
The current through each phase impedance in phasor form.
lab =
lbc =
Ica =
units
ZL
The magnitude of the genrator phase voltage
E=
units
EBC = 208 V 20₂
Z₁
Z₂
units
units
units
units
units
units
b
Transcribed Image Text:moo ell ell The magnitude of the line current. |L= 2 2 ECA = 208 V L03 The voltage across each phase impedance in phasor form. Vab= Vbc= Vca = 2 N EAB= 208 V 20⁰ B The current through each phase impedance in phasor form. lab = lbc = Ica = units ZL The magnitude of the genrator phase voltage E= units EBC = 208 V 20₂ Z₁ Z₂ units units units units units units b
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