FIELD: radio engineering and communications.
SUBSTANCE: invention relates to data exchange systems and can be used for implementation of information exchange via radio channels between ground systems (GS) and sources (recipients) of information located on aerial mobile objects (MO). Technical result is achieved due to introduction into onboard antenna-feeder paths of non-distorting phase-frequency and amplitude-frequency characteristics of nodes on radio-photon elements, controlled by onboard computer and distribution of n onboard wide-range antennae, and n onboard wide-band radio-frequency receiving-transmitting modules into four groups, each of which generates its beam pattern in the corresponding hemisphere shifted relative to neighboring hemispheres by 90°. For this purpose, the radio communication system with the use of radio-photon elements additionally includes not distorting the shape and spectrum of radio signals nodes on radio-photon elements, which are managed and controlled by two-way links connected to the corresponding inputs/outputs of the onboard computer.
EFFECT: high noise-immunity of the radio communication system and longer range of stable communication.
1 cl, 2 dwg
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Authors
Dates
2019-04-26—Published
2018-04-26—Filed