![]() Two typical examples are proposed to realize equal power distribution. Aiming at practical applications, this paper provides the guideline for the circuit parameter design to achieve equal power distribution. Second, it provides the power transfer capability of a power-relay system based on the quality factor and efficiency requirement, indicating the maximum achievable number of power relays in a system. First, it provides the mathematical model of the power distribution among the power relays, indicating that the inductances and resistances can affect the power distribution. The main contribution of this paper is to provide the design methodology of a distributed power-relay system. Each repeater performs as a power relay that not only receives and transmits power but also supplies power to its local load. This paper proposes a wireless power repeater system for long-distance and multiple-load applications with equal power load at each repeater.
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