An inductor of the form shown in the figure below has dimensions: Cross-sectional area Ac = 3.7cm², Mean core length c = 30cm, N = 195 turns. Assuming a core permeability of μ = 800μ and neglecting the effects of leakage flux and fringing fields, calculate the air-gap length required to achieve an inductance of 7 mH. The air-gap length g = 17.2 mm. help (numbers)
An inductor of the form shown in the figure below has dimensions: Cross-sectional area Ac = 3.7cm², Mean core length c = 30cm, N = 195 turns. Assuming a core permeability of μ = 800μ and neglecting the effects of leakage flux and fringing fields, calculate the air-gap length required to achieve an inductance of 7 mH. The air-gap length g = 17.2 mm. help (numbers)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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Can you please answer the one in red and also round to at least 4 decimal places when applicable..
![N turns
Core:
mean length
area A
permeability
Air gap
An inductor of the form shown in the figure below has dimensions: Cross-sectional area Ac = 3.7cm², Mean core length 1 = 30cm, N = 195
turns. Assuming a core permeability of μ = 800μo and neglecting the effects of leakage flux and fringing fields, calculate the air-gap length
required to achieve an inductance of 7 mH. The air-gap length g = 17.2
mm. help (numbers)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1511bef9-94e6-4238-8ad4-7fa6bd15805f%2Fc1bd6231-4ad4-4ef8-8fa7-63b3ee820c38%2Fvi8jlx.png&w=3840&q=75)
Transcribed Image Text:N turns
Core:
mean length
area A
permeability
Air gap
An inductor of the form shown in the figure below has dimensions: Cross-sectional area Ac = 3.7cm², Mean core length 1 = 30cm, N = 195
turns. Assuming a core permeability of μ = 800μo and neglecting the effects of leakage flux and fringing fields, calculate the air-gap length
required to achieve an inductance of 7 mH. The air-gap length g = 17.2
mm. help (numbers)
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