Physics, mathematics, and technology

2020 Issue №2

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On the question of increasing the range properties of an asymmetric vibrator



The work relates to the field of applied electrodynamics and is devoted to improving antenna-feeder devices of communication means. The article at­tempts to justify one of the ways to expand the range properties of a short-wave pin antenna by creating conditions for constant wave resistance along the antenna. The authors propose a physical model of an asymmetric vibrator that allows us to determine the set of measures necessary to obtain an antenna design with improved range properties. The questions of experimental evalua­tion of the effects of the electromotive force generator on the capacitive and in­ductive components of the antenna system are considered.