Figure Q2(b) shows three-phase balanced system in star- delta connection. Given three-phase voltage at the load is Vry = 208V20°V and the load impedance is ZLoad= (9 +j 12)N and then transmission line impedance is ZLine= (1+jl)N. Assumed the system is positivesequence, show all type of current and its value at the load on a phasor diagram.RZLineZLoadZloadNybZlineZLoadYBZuineFigure Q2(b)

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Figure Q2(b) shows three-phase balanced system in star- delta connection. Given three- phase voltage at the load is Vry = 208V20°V and the load impedance is ZLoad= (9 +j 12) N and then transmission line impedance is ZLine=(1+j1)N. Assumed the system is positive sequence, show all type of current and its value at the load on a phasor diagram. R Zuine ZLoad Zload N y b Zline ZLoad Y B ZLine Figure 02(b)

Figure Q2(b) shows three-phase balanced system in star- delta connection. Given three- phase voltage at the load is Vry = 208V20°V and the load impedance is ZLoad= (9 +j 12) N and then transmission line impedance is ZLine=(1+j1)N. Assumed the system is positive sequence, show all type of current and its value at the load on a phasor diagram. R Zuine ZLoad Zload N y b Zline ZLoad Y B ZLine Figure 02(b)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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