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.
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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.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe6636c59-c4af-41f9-93e0-28ce88c2f6af%2F4f62c623-be4f-4a25-871d-61d04ef80e02%2F5nnjtk_processed.png&w=3840&q=75)
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](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe6636c59-c4af-41f9-93e0-28ce88c2f6af%2F4f62c623-be4f-4a25-871d-61d04ef80e02%2Fimsrfy5_processed.png&w=3840&q=75)
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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