Consider the magnetic circuit shown below with the current in the coil I=5 A. The coil has n=500 turns. The total length of the core (not including the air gap) is 4 cm, the air gap width g=2 mm. The core has a uniform cross section As =6 cm2 , magnetic permeability 800. Calculate (a) the magnetic flux d in the core; (b) the magnetic flux in the air gap; c) the magnetic flux density B in the air gap; d) the magnetic energy stored in the air-gap; e) the total force acting on the core edges (next to the air gap); f) is this the attraction or repelling force? A, n turns
Consider the magnetic circuit shown below with the current in the coil I=5 A. The coil has n=500 turns. The total length of the core (not including the air gap) is 4 cm, the air gap width g=2 mm. The core has a uniform cross section As =6 cm2 , magnetic permeability 800. Calculate (a) the magnetic flux d in the core; (b) the magnetic flux in the air gap; c) the magnetic flux density B in the air gap; d) the magnetic energy stored in the air-gap; e) the total force acting on the core edges (next to the air gap); f) is this the attraction or repelling force? A, n turns
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Consider the magnetic circuit shown below with the current in the coil l=5 A. The coil has n=500 turns. The total
length of the core (not including the air gap) is 4 cm, the air gap width g=2 mm. The core has a uniform cross section
As =6 cm2 , magnetic permeability 800. Calculate (a) the magnetic flux D in the core; (b) the magnetic flux in the air
gap; c) the magnetic flux density B in the air gap; d) the magnetic energy stored in the air-gap; e) the total force
acting on the core edges (next to the air gap); f) is this the attraction or repelling force?
A,
n turns
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