The given electromagnet has a mid leg winding having 100 turns and flowing 10 A. The relative magnetic permeability of the material is 1000. Leakage and fringing fluxes are negligible. Answer following questions:(air gap 3mm) a. The magnetic flux, flux density and field intensity on the mid leg. b. The magnetic flux, flux density and field intensity on the airgap. c. Give the calculated variables as a table and explain the impact of airgap

The given electromagnet has a mid leg winding having 100 turns and flowing 10 A. The relative magnetic permeability of the material is 1000. Leakage and fringing fluxes are negligible. Answer following questions:(air gap 3mm) a. The magnetic flux, flux density and field intensity on the mid leg. b. The magnetic flux, flux density and field intensity on the airgap. c. Give the calculated variables as a table and explain the impact of airgap

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The given electromagnet has a mid leg winding having 100 turns and flowing 10 A. The relative magnetic permeability of the material is 1000. Leakage and fringing fluxes are negligible. Answer following questions:(air gap 3mm)
a. The magnetic flux, flux density and field intensity on the mid leg.
b. The magnetic flux, flux density and field intensity on the airgap.
c. Give the calculated variables as a table and explain the impact of airgap

54 cm
Hr = 1000
• b
4 cm I
lo = 4XTIX107
26 cm
N=100
2 mm
[=10 A
4 cm
4 cm
4 сm,
4 cm
he
• a
4 cm

Interaction between an electric field and a magnetic field.

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