A three phase, three lines generator is supplying its power to a load connected in Delta. See the circuit below. Calculate the line currents (IA, IB, IC) and draw the phasor diagram for the voltages and currents in the load IA AVAB = 240/120°АВ1015/-30°10/30°I* BVCA = 240/240°240/0° = VBCIcI. = Lan + lae =24/120 - 16/270 = 38.7/108.1I,- laa + lac- -4120 + 24-30 = 46.4-45le = lea + les -16/270 - 4-30 - 21.2190.0The corresponding phasor diagram is shown in Fig.Vea

In delta system phase voltage=line voltage Line current not equal to phase current the line…

Answered: Calculate the line currents (IA, IB,…

Introductory Circuit Analysis (13th Edition)

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ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

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A three phase, three lines generator is supplying its power to a load connected in Delta. See the circuit below. Calculate the line currents (IA, IB, IC) and draw the phasor diagram for the voltages and currents in the load

IA A
VAB = 240/120°
АВ
10
15/-30°
10/30°
I* B
VCA = 240/240°
240/0° = VBC
Ic
I. = Lan + lae =
24/120 - 16/270 = 38.7/108.1
I,- laa + lac- -4120 + 24-30 = 46.4-45
le = lea + les -
16/270 - 4-30 - 21.2190.0
The corresponding phasor diagram is shown in Fig.
Vea

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