A balanced, three-phase circuit is characterized as follows: Y-A connected; Source voltage in the b-phase is 100 /135⁰ V; Source phase sequence is acb; • Line impedance is 2+j3/d; • Load impedance is 138 + j 153 f/4. Find the single phase equivalent for the a-phase. Find the value of Van- Find the equivalent impedance for the a-phase. Calculate the a-phase line current.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A balanced, three-phase circuit is characterized as
follows:
.Y-A connected;
• Source voltage in the b-phase is
100 135⁰ V
ECE103 P Pearson Colors R
Arial
1 10002eter +3 34|5colo
• Source phase sequence is acb;
Line impedance is 2 + j 3 N/;
•
Load impedance is 138 + j 153 2/6.
Calculate the a-phase line current.
▬
Find the single phase equivalent for the a-phase. Find the value of Van-
Find the equivalent impedance for the a-phase.
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Transcribed Image Text:N 3 zy Section ← C A A ARDUIN 05 Basic https:// 100% Normal text ACPowe https://docs.google.com/document/d/1-diubAjq8ZQROTOZKRSmtJ4E1s04G286c0yclMK3nxU/edit 100010 Untitled document File Edit View Insert Format Tools Extensions Help Last edit was 2 minutes ago 11 + BIUA I 67. Activ Homew A balanced, three-phase circuit is characterized as follows: .Y-A connected; • Source voltage in the b-phase is 100 135⁰ V ECE103 P Pearson Colors R Arial 1 10002eter +3 34|5colo • Source phase sequence is acb; Line impedance is 2 + j 3 N/; • Load impedance is 138 + j 153 2/6. Calculate the a-phase line current. ▬ Find the single phase equivalent for the a-phase. Find the value of Van- Find the equivalent impedance for the a-phase. I 21 G Course b Home | 8 E- M Inbox (9 Unt x IE = A + E ▾EE 71 ... Share 4) O T A 10:07 AM 8/2/2022
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