Inductance device
First Claim
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1. An inductance device, comprising:
- a first terminal and a second terminal, and at least two conductors, each conductor forming a loop between the terminals such that a current provided to the first terminal is divided between the conductors, each current generating a magnetic field;
wherein the conductors are disposed such that a combined magnetic field generated by the conductors in a space between the conductors is greater than the magnetic field generated by each of the conductors in the space between the conductors.
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Abstract
An inductance device has first and second terminals and two conductors. Each conductor forms a loop between the terminals such that a current provided to the first terminal is divided between the conductors. Each current generates a magnetic field. The conductors are disposed such that the combined magnetic field generated by the conductor currents in a space between the conductors is greater than the magnetic field generated by each of the conductors in that space.
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Citations
13 Claims
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1. An inductance device, comprising:
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a first terminal and a second terminal, and at least two conductors, each conductor forming a loop between the terminals such that a current provided to the first terminal is divided between the conductors, each current generating a magnetic field;
wherein the conductors are disposed such that a combined magnetic field generated by the conductors in a space between the conductors is greater than the magnetic field generated by each of the conductors in the space between the conductors. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. An inductance device, comprising:
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a first terminal and a second terminal; and
two conductors, each conductor forming a loop between the terminals;
wherein the conductors are coupled to the terminals such that a current provided to the first terminal is divided between the conductors, and the conductors are disposed such that, along a major part of each loop, a direction of current in a stretch of one conductor is anti-parallel to the direction of current in an adjacent stretch of the other conductor.
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Specification