A magnetic circuit is shown in Figure 1, whose dimensions are
shown in the illustration and the magnetization curve of the
material of which the circuit is composed is in Figure 2. The
magnetic circuit has 1000 turns and an air gap of 0.06 cm.
Disregard spreading and dispersion.
(a) Calculate the current required to produce 0.5 T of magnetic
flux density in the air gap of this circuit, neglecting the
material's reluctance? (b) Calculate the current required to
produce 0.5 T of magnetic flux density in the air gap of this
circuit considering the material's reluctance?
A Magnetic Circuit Is Shown In Figure 1 Whose Dimensions Are Shown In The Illustration And The Magnetization Curve Of T 1 (20.53 KiB) Viewed 48 times
140 M1.00 06 0.73 * Fax density 0.50 + 0.25 τοι 00 10 + TOO Depo 1000 Magnetining intensity (Aus) Figura 1. Circuito magnético. Figura 2. Curva de magnetização.
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