A system of three coils on an ideal core is shown in the fig, where N1=N3=2N2=500 turns, gl=2g2=2g3=4mm, and A=1000mm2. Calculate: Ideal core, a) The self-inductance of coil N1. b) The mutual inductance between coils N2 and N3.

A system of three coils on an ideal core is shown in the fig, where N1=N3=2N2=500 turns, gl=2g2=2g3=4mm, and A=1000mm2. Calculate: Ideal core, a) The self-inductance of coil N1. b) The mutual inductance between coils N2 and N3.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Problem 5
A system of three coils on an ideal core
in
the
is
shown
fig,
where
N1=N3=2N2=500
turns,
gl=2g2=2g3=4mm, and A=1000mm2.
Calculate:
Ideal core, -
a) The self-inductance of coil N1.
b) The mutual inductance between coils
N2 and N3.

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