For the balanced positive-sequence three-phase circuit shown below, fill the given below tables (show work). Von=1202-240° Von 1202-120° (~ Van=12020° 0.06 Ω 0.06 Ω 208 V 0.06 Ω 30.12 Ω - 30.12 Ω - 0.12 Ω Zo Zo Zo Fig. 1: Y-Y connected three-phase circuit. Zo=12+19 2

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: For the balanced positive-sequence three-phase circuit shown below, fill the given below tables (show work).
Ven 1202-240°
Von 1202-120° (~
bn
2+
Van = 12020°
0.06 Ω
0.06 Ω
208 V
j0.12 Ω
j0.12 Ω
Z₂
0.06 Ω 10.12 Ω
www
Fig. 1: Y-Y connected three-phase circuit.
Zo
Z₂ = 12 + j9 52
Transcribed Image Text:: For the balanced positive-sequence three-phase circuit shown below, fill the given below tables (show work). Ven 1202-240° Von 1202-120° (~ bn 2+ Van = 12020° 0.06 Ω 0.06 Ω 208 V j0.12 Ω j0.12 Ω Z₂ 0.06 Ω 10.12 Ω www Fig. 1: Y-Y connected three-phase circuit. Zo Z₂ = 12 + j9 52
The voltage at the load terminals (show amplitude and angle):
Variable
The RMS line-to-neutral voltage in phase a, VAN
The RMS line-to-neutral voltage in phase b, VBN
The RMS line-to-neutral voltage in phase c, VCN
The RMS line-to-line voltage, VAB
The RMS line-to-line voltage, VBC
The RMS line-to-line voltage, VCA
Measured Value
Transcribed Image Text:The voltage at the load terminals (show amplitude and angle): Variable The RMS line-to-neutral voltage in phase a, VAN The RMS line-to-neutral voltage in phase b, VBN The RMS line-to-neutral voltage in phase c, VCN The RMS line-to-line voltage, VAB The RMS line-to-line voltage, VBC The RMS line-to-line voltage, VCA Measured Value
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