In-flight measurement system for radio sounding of atmospher

The high-precision in-flight measurement system is designed to measure the temperature and relative humidity of the surrounding air, determine the coordinates and speed of the radiosonde using the signals from GLONASS and GPS satellite radio navigation system (SRNS), convert the received information into information packages and transmit them via a digital radio channel to the radiosonde signal reception equipment (RSRE). The system provides accurate measurement of meteorological parameters and reliable on-line reception of coordinate and telemetry information to the ground station. The in-flight measurement system consists of a plasticized radiosonde cover envelope, a radiosonde, a holder and a patch cord intended for launching into the high atmospheric layers.

In-flight measurement system 400,15-406±0,1 MHz

Radiosonde
Assigned band – 400.15-406±0.1 MHz

Plasticized latex radiosonde cover envelope
which ensures the rise of the system to a height of at least 27 km

Patch cord 20 m long

Holder

In-flight measurement system 1670-1690 MHz

Radiosonde
Assigned band – 1670-1690 MHz

Plasticized latex radiosonde cover envelope
which ensures the rise of the system to a height of at least 27 km

Patch cord 20 m long

Holder

In-flight measurement system 1774-1790 MHz

Radiosonde
Assigned band – 1774-1790 MHz

Plasticized latex radiosonde cover envelope
which ensures the rise of the system to a height of at least 27 km

Patch cord 20 m long

Holder

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