FIELD: radio engineering, communication.
SUBSTANCE: system comprises an aerological radiosonde (ARS) and a base station, which is a radar station, wherein the ARS includes a unit for preflight preparation of the ARS, which consists of a preflight preparation panel and an ARS parameter monitoring and recording unit, wherein the preflight preparation panel is connected through the ARS parameter monitoring and recording unit by a bidirectional bus M1 to the inputs of an ARS microcontroller; the radar station includes packet remote information decoding unit and a unit for secondary processing of the remote information and outputting atmospheric meteorological parameter signals, wherein the unidirectional bus M2 of the transceiving device of the radar station is connected through the packet remote information decoding unit to the unit for secondary processing of the remote information and outputting atmospheric meteorological parameter signals, the output of which is the output of the system.
EFFECT: high reliability of receiving telemetric information transmitted from an ARS to a ground-based radar station, high accuracy of measuring information transmitted from an ARS to a ground-based radar station, obtaining additional characteristics of measured atmospheric parameters.
3 cl, 4 dwg
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Authors
Dates
2014-09-27—Published
2013-02-19—Filed