For a 10 KVA, 2000/220 V, 60 Hz transformer, the components are given as shown below: Rp = 1202, X₁ = 802, R₂ = 0.65 02, X₂ = 1.1 , Rc = 100 K2, and XM= 82 K. Find the equivalent and the excitation components referred to the secondary side. VP Rc3 jXM O d. Reqs Rp jXp a:1 Rs. jXs Select one: a. Req,s = 1.852, Xeq.s= 1.92, Rc,s = 1 K2, and XM,s = 0.82 K Ob. Req,s = 12.65 2, Xeq.s = 9.12, Rc,s = 10 K, and XM,s = 8.2 K O c. None = 0.1852, Xeq.s = 0.192, Rc,s = 0.1 K, and XM,s = 0.82 K

For a 10 KVA, 2000/220 V, 60 Hz transformer, the components are given as shown below: Rp = 1202, X₁ = 802, R₂ = 0.65 02, X₂ = 1.1 , Rc = 100 K2, and XM= 82 K. Find the equivalent and the excitation components referred to the secondary side. VP Rc3 jXM O d. Reqs Rp jXp a:1 Rs. jXs Select one: a. Req,s = 1.852, Xeq.s= 1.92, Rc,s = 1 K2, and XM,s = 0.82 K Ob. Req,s = 12.65 2, Xeq.s = 9.12, Rc,s = 10 K, and XM,s = 8.2 K O c. None = 0.1852, Xeq.s = 0.192, Rc,s = 0.1 K, and XM,s = 0.82 K

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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