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This paper proposes a compact 4-plate capacitive coupler structure for large-air-gap capacitive power transfer (CPT). An LCL-compensated circuit topology is applied at both the primary and secondary sides to resonate with the power transmitting plates. The resonance boosts the voltage on the plates to kV levels to increase the power capacity of the CPT system. On each side, the two plates are aligned...
This paper proposes a four-plate compact capacitive coupler and its circuit model for large air-gap distance capacitive power transfer (CPT). The four plates are arranged vertically, instead of horizontally, to save space in the electric vehicle charging application. The two plates that are on the same side are placed close to each other to maintain a large coupling capacitance, and they are of different...
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