Lecture 4 - 1A/m = 0.0126 Oe CF Hard Material Circuit...

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CF Why Use Airgap for Inductor? (1) UCF
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CF Why Use Airgap for Inductor? (2) UCF 1 mm air gap
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CF Magnetic Fringing (More Accurate) UCF g g R P / 1 = permeance
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CF Leakage Flux UCF
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CF Hysteresis Loop for Ferromagnetic Materials UCF B r remnant flux or residue flux H c coercive flux or coercivity
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CF Magnetization Curves for Hard Materials (I) UCF
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CF Magnetization Curves for Hard Materials (II) UCF 1T = 10 kGauss,
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Unformatted text preview: 1A/m = 0.0126 Oe CF Hard Material Circuit Analysis UCF Device line: =(B H H B (B r /H c )(H m +H c ) Note: B g and B m are the same. Load line: CF Hard Magnetic Material Properties UCF From Yeadon Handbook of Small Electric Motors CF Soft Magnetic Material Properties UCF From Yeadon Handbook of Small Electric Motors...
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Lecture 4 - 1A/m = 0.0126 Oe CF Hard Material Circuit...

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