,Calculate the reluctance of the given magnetic circuit shown below, and the flux density established in the bottom part. Given u, = 12,000; N = 120 turns i =2 A. i=1A 100 tums 0.01 m 0.0$ m þ.01 m 0.01 피 Bottom plate 0.025 m 0.005m -0.1 m- u 10'0 0.01 m
,Calculate the reluctance of the given magnetic circuit shown below, and the flux density established in the bottom part. Given u, = 12,000; N = 120 turns i =2 A. i=1A 100 tums 0.01 m 0.0$ m þ.01 m 0.01 피 Bottom plate 0.025 m 0.005m -0.1 m- u 10'0 0.01 m
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![,Calculate the reluctance of the given magnetic circuit shown below, and the flux density
established in the bottom part. Given µ, = 12,000; N = 120 turns i =2 A.
i=1A
100 turns
0.01 m
0.05 m
þ.01 m
0.01 m
Bottom plate
0.025 m
0.005m
-0.1 m-
W 10'0
0.01 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8c35763b-0e59-42bb-a8b4-88143277f7ea%2F5f3a3c09-891f-4a95-8dee-3321853405f7%2Fyir843_processed.jpeg&w=3840&q=75)
Transcribed Image Text:,Calculate the reluctance of the given magnetic circuit shown below, and the flux density
established in the bottom part. Given µ, = 12,000; N = 120 turns i =2 A.
i=1A
100 turns
0.01 m
0.05 m
þ.01 m
0.01 m
Bottom plate
0.025 m
0.005m
-0.1 m-
W 10'0
0.01 m
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