Core depth=10 cm (uniform) I 1 = 1 mm N 82= 2 mm 8 cm-> 6 cm Consider the magnetic circuit shown above with dimensions specified. Let N = 1000 and 1= 1 ampere. Assume that the reluctance of the core is negligible in comparison to that of the air gap. T Flux density at air gap 9₁ = AT/m Field Intensity H at air gap 92 = μ 81
Core depth=10 cm (uniform) I 1 = 1 mm N 82= 2 mm 8 cm-> 6 cm Consider the magnetic circuit shown above with dimensions specified. Let N = 1000 and 1= 1 ampere. Assume that the reluctance of the core is negligible in comparison to that of the air gap. T Flux density at air gap 9₁ = AT/m Field Intensity H at air gap 92 = μ 81
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Core depth=10 cm (uniform)
N
8₁=1 mm
A8,
8₂= 2 mm
8 cm-
6 cm
Consider the magnetic circuit shown above with dimensions specified. Let N = 1000 and 1 = 1 ampere. Assume that the reluctance of the
core is negligible in comparison to that of the air gap.
Flux density at air gap g₁ =
T
Field Intensity H at air gap 92 =
AT/m
μ](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fddf6bd40-b097-445a-9f13-b1e9a583079f%2F4cd2eab0-4e28-4319-b20c-95f380bc8fb5%2Fl8t9ss_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Core depth=10 cm (uniform)
N
8₁=1 mm
A8,
8₂= 2 mm
8 cm-
6 cm
Consider the magnetic circuit shown above with dimensions specified. Let N = 1000 and 1 = 1 ampere. Assume that the reluctance of the
core is negligible in comparison to that of the air gap.
Flux density at air gap g₁ =
T
Field Intensity H at air gap 92 =
AT/m
μ
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