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We consider wireless power transfer, realized by means of resonant reactive magnetic coupling, between one transmitter and two receivers. It is shown that, by applying a rigorous analytical procedure, maximum power transfer can be achieved by appropriately selecting the load values and closed form formulas for the latter are given. Similarly, closed form formulas for load values that maximize efficiency...
Mid-range wireless power transfer can be achieved by considering suitable resonators coupled via their reactive magnetic field. Network theory can be used for their theoretical modeling, but full-wave CAD is required for accurate design. For the time being, optimization of wireless power transfer systems has been realized only experimentally. In this paper, we present an efficient way to implement...
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