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In a balanced three-phase system, the source has an abc-phase sequence and is connected in delta. There are two loads connected in parallel. The line connecting the source to the loads has an impedance of 0.2 + j0.1 2. Load 1 is connected in wye, and the phase impedance is 4 + j2 2. Load 2 is connected in delta, and the phase impedance is 12 + j90. The current I in the delta load is 16/45°A ms. Find the phase voltage of the source.

In a balanced three-phase system, the source has an abc-phase sequence and is connected in delta. There are two loads connected in parallel. The line connecting the source to the loads has an impedance of 0.2 + j0.1 2. Load 1 is connected in wye, and the phase impedance is 4 + j2 2. Load 2 is connected in delta, and the phase impedance is 12 + j90. The current I in the delta load is 16/45°A ms. Find the phase voltage of the source.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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11.55 In a balanced three-phase system, the source has an abc-phase sequence and is connected in delta. There are two loads connected in parallel. The line connecting the source to the loads has an impedance of 0.2 + j0.1 2. Load 1 is connected in wye, and the phase impedance is 4 + j2 N. Load 2 is connected in delta, and the phase impedance is 12 + j9 n. The current IAR in the delta load is 16/45°A ms. Find the phase voltage of the source.
Transcribed Image Text:11.55 In a balanced three-phase system, the source has an abc-phase sequence and is connected in delta. There are two loads connected in parallel. The line connecting the source to the loads has an impedance of 0.2 + j0.1 2. Load 1 is connected in wye, and the phase impedance is 4 + j2 N. Load 2 is connected in delta, and the phase impedance is 12 + j9 n. The current IAR in the delta load is 16/45°A ms. Find the phase voltage of the source.
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