Question 2 Calculate the amount of DC current required for the magnetic circuit given below to generate aflux density of 1.0 T in the airgap. The details areNumber of turns, N = 400The core is made up of steel, the B-H characteristic has been given belowThe magnetic core length, le = 500 mmThe airgap length, Ig = 2 mmThe cross-sectional area of the core, Ag = 100 mm²Neglect leakage and fringing.CoreCross-sectionali(1)areaasAir gapMagnetic pathlengthFigure 12.01.8B-H Curves for Various MetalsSteel1.61.4MagneticSaturation1.21.00.8Iron근 0.4Air0.21000 2000 3000 4000 5000 6000 7000 8000 9000 10000Magnetic Field Strength - H (A/m)Figure 2Flux Density - B (T)

Answered: Image /qna-images/answer/8491bf8f-5afa-43e9-a9f8-096d7a9a1a81.jpg

flux density of 1.0 T in the airgap. The details are Number of turns, N = 400 The core is made up of steel, the B-H characteristic has been given below The magnetic core length, Ic = 500 mm The airgap length, lIg = 2 mm The cross-sectional area of the core, Ag = 100 mm² Neglect leakage and fringing. Core Cross-sectional area turns Air gap

flux density of 1.0 T in the airgap. The details are Number of turns, N = 400 The core is made up of steel, the B-H characteristic has been given below The magnetic core length, Ic = 500 mm The airgap length, lIg = 2 mm The cross-sectional area of the core, Ag = 100 mm² Neglect leakage and fringing. Core Cross-sectional area turns Air gap

Electrical Transformers and Rotating Machines

4th Edition

ISBN:9781305494817

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter17: Three-phase Motors

Section: Chapter Questions

Problem 5RQ: Name three factors that cause the magnetic field to rotate.

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