In a multi-receiver system, not only the transfer efficiency
is important but also the power distribution among
the receivers. Power distribution depends on both the load
impedances and the relative positions of the receivers
to the transmitter. Assuming identical load connected to
each receiver, the receiver nearer to the transmitter tend
to absorb most of the power while the further receiver
may not obtain enough to function properly. In this paper,
method for impedance matching and controllable power
division is proposed. The design equations are derived
and then generalized for arbitrary number of receivers and
arbitrary number of repeaters. Simulations using LTspice
were performed to validate the new method.