-The magnetic circuit shown has uniform cross-section area of 16 Cm³. Calculate: a-The airgap flux. 1.5 mm b- The total emf induced if current is reduced to zero in 5 msec. Assume no saturation.. -40 Cm 1200 0.25 A 1000 turns 1 mm 1-35 Cm -1000 0.5 mm 1-25 Cm 14-800 800 turns
-The magnetic circuit shown has uniform cross-section area of 16 Cm³. Calculate: a-The airgap flux. 1.5 mm b- The total emf induced if current is reduced to zero in 5 msec. Assume no saturation.. -40 Cm 1200 0.25 A 1000 turns 1 mm 1-35 Cm -1000 0.5 mm 1-25 Cm 14-800 800 turns
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
![-The magnetic circuit shown has uniform cross-section area of 16 Cm². Calculate:
a-The airgap flux.
1.5 mm
b- The total emf induced if
current is reduced to zero in
5 msec.
Assume no saturation.
-40 Cm
1200
0.25 A
1000 turns
1 mm
1-35 Cm
-1000
0.5 mm
1-25 Cm
14-800
800 turns](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6a384cd5-185e-4111-8579-1cc7d98b55dc%2Fb26bc648-8d60-4325-aa24-6b49e99ad9dc%2Fexegjwq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:-The magnetic circuit shown has uniform cross-section area of 16 Cm². Calculate:
a-The airgap flux.
1.5 mm
b- The total emf induced if
current is reduced to zero in
5 msec.
Assume no saturation.
-40 Cm
1200
0.25 A
1000 turns
1 mm
1-35 Cm
-1000
0.5 mm
1-25 Cm
14-800
800 turns
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