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The three-phase in the figure is 50 Hz, phase-to-phase 380 V, the impedance of the inductive load is 22.98+J19.28 Ω. Power to make the coefficient 0.98; a-) the capacity of the capacitor to be connected to the circuit, b-)Find the value of the phase current after the capacitor is connected.

The three-phase in the figure is 50 Hz, phase-to-phase 380 V, the impedance of the inductive load is 22.98+J19.28 Ω. Power to make the coefficient 0.98; a-) the capacity of the capacitor to be connected to the circuit, b-)Find the value of the phase current after the capacitor is connected.

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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The three-phase in the figure is 50 Hz, phase-to-phase 380 V, the impedance of the inductive load is 22.98+J19.28 Ω. Power
to make the coefficient 0.98;

a-) the capacity of the capacitor to be connected to the circuit,

b-)Find the value of the phase current after the capacitor is connected. 

22,98+J19,28 380 V 380 V
Transcribed Image Text:22,98+J19,28 380 V 380 V
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