An antenna model for receiving wide-band pulsed signals representing a ferrite core covered by the conductor coil is considered. The excitation signal is an electro-magnetic field momentum with an envelope in the form of the Gaussian function and the high-frequency filling. The influence of a carrier frequency on the amplitude-time dependence of the current induced in a conductor is investigated. Frequencies, at which the peak amplitude of the induced current in a loop is maximal, are deter-mined.