1. A Toroid form core is shown in the following Figure. Coil with 2000 turns is wrapped around the magnetic material on the left side. The inner and the outer daimeter of the magnetic core are 18 cm and 24 cm, respectively. The current in the coil is 5 A. The relative permeability of the magnetic material is 1500. The length of the air gap is 2 cm. If the air-gap cross-sectional area that included %4 fringing effect is 9.36 cm2, a. Determine the flux density in the magnetic core and air-gap. b. Are the magnetic core reluctance and the air gap reluctance connected in series or in parallel? Explain why? Air-gap fringping cleet Magnetic Mateiol

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1. A Toroid form core is shown in the following Figure. Coil with 2000 turns is
wrapped around the magnetic material on the left side. The inner and the outer
daimeter of the magnetic core are 18 cm and 24 cm, respectively. The current in
the coil is 5 A. The relative permeability of the magnetic material is 1500. The
length of the air gap is 2 cm. If the air-gap cross-sectional area that included %4
fringing effect is 9.36 cm2,
a. Determine the flux density in the magnetic core and air-gap.
b. Are the magnetic core reluctance and the air gap reluctance connected in
series or in parallel? Explain why?
Air-gap
fringping cleet
Magnetic Mateiol
Transcribed Image Text:1. A Toroid form core is shown in the following Figure. Coil with 2000 turns is wrapped around the magnetic material on the left side. The inner and the outer daimeter of the magnetic core are 18 cm and 24 cm, respectively. The current in the coil is 5 A. The relative permeability of the magnetic material is 1500. The length of the air gap is 2 cm. If the air-gap cross-sectional area that included %4 fringing effect is 9.36 cm2, a. Determine the flux density in the magnetic core and air-gap. b. Are the magnetic core reluctance and the air gap reluctance connected in series or in parallel? Explain why? Air-gap fringping cleet Magnetic Mateiol
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