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Air gap 0.001 m I = 4 A Area - 0.003 m² N = 100 turns lcan = 0.16 m Find the magnetic flux for the series magnetic circuit above for impressed emf. And the material of the core is cast iron.

Air gap 0.001 m I = 4 A Area - 0.003 m² N = 100 turns lcan = 0.16 m Find the magnetic flux for the series magnetic circuit above for impressed emf. And the material of the core is cast iron.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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d- -Air gap 0.001 m I= 4 A Area = 0.003 m² N = 100 tuns lcare = 0.16 m Find the magnetic flux for the series magnetic circuit above for impressed emf. And the material of the core is cast iron.
Transcribed Image Text:d- -Air gap 0.001 m I= 4 A Area = 0.003 m² N = 100 tuns lcare = 0.16 m Find the magnetic flux for the series magnetic circuit above for impressed emf. And the material of the core is cast iron.
I (2 A) N = 60 turns N = 30 turns •C Area (throughout) = 0.15 × 103 m² labcda = 0.16 m Determine the secondary current for the transformer above if the resultant clockwise flux in the core is 1.5x10*Wb. And the material of the core is cast iron. Wattite
Transcribed Image Text:I (2 A) N = 60 turns N = 30 turns •C Area (throughout) = 0.15 × 103 m² labcda = 0.16 m Determine the secondary current for the transformer above if the resultant clockwise flux in the core is 1.5x10*Wb. And the material of the core is cast iron. Wattite
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