FIELD: means of satellite communication.
SUBSTANCE: invention relates to satellite communication means and can be used for arrangement of satellite communication radio lines during operation through transponder channels of spacecrafts located on geostationary and high-elliptical orbits. In a mobile satellite communication station, comprising an antenna system, a duplexer, a low-noise amplifier, a receiving frequency amplifier-converter unit, modem, a unit of amplifier-converters of transmitting frequency and a power amplifier, further includes an antenna remote control unit, a navigation system, a signal digital processing unit, reference generator unit, receiving frequency synthesizer, transmitting frequency synthesizer, station control unit, channel switch, combined multiplexer of communication systems, input shield, a connecting line (CL) for receiving/transmitting channels over the connection of S1-FL-BI, a fiber-optic communication line (FOCL) for receiving/transmitting group flow signals to a consumer, a connecting line for receiving/transmitting channels over an Ethernet connection, two-wire communication line and a communication line for connection with external subscribers, and also achieved by using PDSK signaling method with FHSS, broadband phase-shift keying method and method of noise-protection coding, implementation of three antenna control methods in station, including automatic guidance of an antenna to a spacecraft, manual control and automatic tracking during operation of a mobile station of satellite communication at a standstill, from short stops and in motion.
EFFECT: provision of formation of various channels with increased throughput capacity and maintenance of stable communication on them under various operating conditions of the station during operation both at parking and in motion.
1 cl, 1 dwg
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Authors
Dates
2020-08-04—Published
2020-01-31—Filed