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Distributed air-gap inductors such as iron powder chip inductors and low-temperature cofired ceramic (LTCC) inductors have the advantage of low-fringing effect loss. However, the flux density nonuniformly distributes in the magnetic cores, which results in the magnetic material closer to the conductor becoming saturated while the magnetic material further away from the conductor is still not fully...
Distributed air-gap inductors have the advantage of low fringing effect loss. However, the flux density uniformly distributes in the magnetic cores, which results in the magnetic material closer to conductor becoming saturated while the magnetic material far away from the conductor is still not fully utilized. This paper proposes a multi-permeability distributed air-gap inductor structure to increase...
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