Miniature bomb-borne telemetry device and rocket-propelled grenade telemetry method

Abstract

Embodiments of the present invention relate to the technical field of rockets, and specifically, to a miniature missile-borne telemetry device and a rocket grenade telemetry method. The miniature missile-borne telemetry device is installed at the rocket grenade fuze, and includes a stacked antenna assembly, an acquisition and editing assembly, a missile-borne battery and a shell. The acquisition and editing assembly includes a stacked design of the first fixing piece, a modulator, an acquisition and editing chip, and a power conversion The chip, the sensor component, the second fixing component and the connection component. The casing includes a cavity with an opening. The antenna component, the acquisition and editing component and the missile-borne battery are accommodated in the cavity. The antenna component is located at the opening. The antenna component, modulator, and acquisition and editing chip There are communication connections and electrical connections between the power conversion chip, the sensor component and the missile-borne battery. The use of this miniature missile-borne telemetry device can measure the flight parameters of the rocket grenade on the premise of matching the rocket grenade structure, without the need for additional rockets. The grenade is equipped with a special telemetry bomb, which has certain economic benefits.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of rockets, and in particular, relate to a miniature missile-borne telemetry device and a rocket-propelled grenade telemetry method. Background technique [0002] Ballistic testing is extremely important to the development of conventional weapons. To a certain extent, the level of ballistic testing reflects the development capabilities and performance levels of weapons and equipment. As an important technology of ballistic testing, telemetry technology plays a vital role in ballistic testing. At present, when conducting external ballistic testing of rockets in our country, it is usually necessary to develop special telemetry bombs to accurately test the flight parameters of rockets, but the process of developing special telemetry bombs is costly. Contents of the invention [0003] In view of this, the present invention provides a rocket-propelled grenade telemetry method at the level...

AI Technical Summary

Problems solved by technology

At present, when conducting external ballistic testing of rockets in our country, it is usually necessary to develop special telemetry bombs to accurately test the flight parameters of rockets, but the process of developing special telemetry bombs is costly.

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