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This paper discusses various methods for the II.MAGNETIC FIELD CHARACTERISTICS generation of an omni-directional magnetic field suitable for use Producing field vectors that rotate outside of the plane to in an inductively coupled power transmission system. The field characteristics are evaluated with a focus on minimizing whichthey arerestricted in abi-directional system iS clearly undesired shielding effects while remaining within the desirable for the purpose of mitigating the effects of shielding boundaries set by international standards for occupational within the operating volume [3]. Several methods to achieve exposure to magnetic fields. The dynamic requirements of load field generation in more than one plane are discussed in the resonant converters that allow a minimum disruption in the following sections.magnetic field are derived. Various topologies are analyzed and the theoretical results are verified using a test set-up.A. Periodic Switching ofthe Plane ofRotation

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