2) The symmetric magnetic circuit of Fig. 2 has three windings. Windings A and B each have N turns and are wound on the two bottom legs of the core. The core dimensions are indicated in the figure. N turns N₁ turns 8 N turns. Core: Area A Permeability Fig. 2. Symmetric magnetic circuit for Question 2 a. Find the self-inductances of each of the windings. b. Find the mutual inductances between the three pairs of windings. c. Find the voltage induced in winding 1 by time-varying currents i4(t) and iB(t) in windings A and B. Show that this voltage can be used to measure the imbalance between two sinusoidal currents of the same frequency

2) The symmetric magnetic circuit of Fig. 2 has three windings. Windings A and B each have N turns and are wound on the two bottom legs of the core. The core dimensions are indicated in the figure. N turns N₁ turns 8 N turns. Core: Area A Permeability Fig. 2. Symmetric magnetic circuit for Question 2 a. Find the self-inductances of each of the windings. b. Find the mutual inductances between the three pairs of windings. c. Find the voltage induced in winding 1 by time-varying currents i4(t) and iB(t) in windings A and B. Show that this voltage can be used to measure the imbalance between two sinusoidal currents of the same frequency

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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