Maximizing DC power in WPT using a transient transmit array antenna

The use of a linear array of half-wave dipole antennas, excited by intermittent CW signals is discussed. Time delays are introduced between the transmitted signals so that at prescribed instances of time, a power density maximum is created at a desired position in front of the array. The power density increase at the desired location relative to that of a single element is equal the number of elements squared. The effects of nonideality of the rectangular pulse are being discussed.