Abstract
The results of investigation of a 4 × 4 ultra-wideband dual polarization receiving antenna array designed for investiagtion of the polarization structure of nanosecond and subnanosecond electromagnetic pulses are presented. The elements of this antenna array are the crossed dipoles whose arms are loaded with single-stage FET amplifiers. The results of measurements of the patterns, the effective length, and the wave-forms of the recorded pulses are presented for different values of the array interelement spacing and the directions of arrival of radiation.
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