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Repeat Problem 1.11 for a 1.0 cm wide air gap in the core. Assume a 10% increase in the effective cross sectional area of the air gap due to fringing in the air gap. Problem 1.11 The magnetic circuit...

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Repeat Problem 1.11 for a 1.0 cm wide air gap in the core. Assume a 10% increase in the effective cross sectional area of the air gap due to fringing in the air gap.

Problem 1.11

The magnetic circuit of Fig. P1.11 has a core of relative permeability uT = 2000. The depth of the core is 5 cm. The coil has 400 turns and carries a current of 1.5 A.

(a)    Draw the magnetic equivalent circuit.

(b)    Find the flux and the flux density in the core.

(c)     Determine the inductance of the coil.

Answered Same Day Dec 26, 2021

Solution

David answered on Dec 26 2021
112 Votes
Qn. ID: 2292154
Repeat Problem 1.11 for a 1.0 cm wide air gap in the core. Assume a 10% increase in the
effective cross sectional area of the air gap due to fringing in the air gap.
Problem 1.11
The magnetic circuit of Fig. P1.11 has a core of relative permeability uT = 2000. The depth of
the...
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