FIELD: radiolocation.
SUBSTANCE: invention relates to the field of radiolocation; it is intended for solution of a wide range of tasks, when using onboard unmanned aerial vehicles (hereinafter – UAV). A system is developed, which includes: a subsystem for control of a time operation diagram including an onboard digital computing machine (hereinafter – ODCM), a frequency and control sync signal synthesizer (hereinafter – FCSS); a receiving-setting subsystem including ODCM, a transceiver module containing FCSS, and an antenna assembly (AA); a subsystem for processor signal processing; a transmitting subsystem; a subsystem for control of a position of an antenna beam, including an azimuth drive, an inclination drive; a navigation provision subsystem; telemetry subsystems.
EFFECT: creation of a radar with synthesized aperture of an antenna (SRSA) of Ku-range of radio wavelengths, providing formation of target information onboard UAV and its accurate binding to a geodesic coordinate systems.
1 cl, 3 dwg
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Authors
Dates
2023-01-11—Published
2021-10-22—Filed