Abstract
Currently, the problem of further increasing the efficiency of using the frequency resource and the bandwidth of UHF radio links remains relevant, including on the basis of operational adaptation of the characteristics of antenna-feeder devices. The article considered approaches to building a UHF antenna system based on a triorthogonal antenna element with the possibility of polarization adaptation. The proposed antenna system will effectively compensate for the effects of depolarization on the propagation paths of radio waves and increase the signal/(noise+interference) ratio, including in a difficult interference environment.
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