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The line-to-line voltages in an unbalanced three-phase supply are Vab 1000/0°, Vbc = 866.02542-150°, and Vca = 500/120°. Determine the symmetrical components for line and phase voltages, then find the phase voltages Van, Vin, and Ven.

Question-Answer › Category: Electrical Engineering › The line-to-line voltages in an unbalanced three-phase supply are Vab 1000/0°, Vbc = 866.02542-150°, and Vca = 500/120°. Determine the symmetrical components for line and phase voltages, then find the phase voltages Van, Vin, and Ven.
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Kristin asked 9 months ago

The line-to-line voltages in an unbalanced three-phase supply are Vab 1000/0°, Vbc = 866.02542-150°, and Vca = 500/120°. Determine the symmetrical components for line and phase voltages, then find the phase voltages Van, Vin, and Ven.

==== 10.4. The line-to-line voltages in an unbalanced three-phase supply are Vab 1000/0°, Vbc = 866.02542-150°, and Vca = 500

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R K answered 9 months ago

 
 

5 7 given Yab = 1660 20⁰ Ybc= 866-02 L-156° Vea = 500 L120 solution. symmetrical component of lineer voltage 1 Vav Yal N92 HaJabi == [Vaby a Vbcd 42 yea] ==7 ( 100628-2 5028° | 12120° (866-02 1-150) + 1/ 240° (500 | mog 14 (15) (lan),= (Vebi) - √3 4

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