Wireless electric fuse signal treatment device and air-to-air missile

Abstract

The invention discloses a wireless electric fuse signal treatment device and an air-to-air missile. The wireless electric fuse signal treatment device comprises a signal input module, a signal treatment module and an executing module; the signal input module is used for receiving an echo signal which is reflected by a target and used for determining the distance between the air-to-air missile and the target, the signal treatment module is connected with the signal input module and used for determining whether the distance between the air-to-air missile and the target reaches the preset distance of the threshold value or not according to the echo signal reflected by the signal input module, and if yes, the delaying triggering time of a fuse on the air-to-air missile is determined according to judged data of an aerial carrier radar over target tracing; and the executing module is connected with the signal treatment module and used for triggering the executing module to move so that the fuse can be triggered in a delayed mode according to the determined delay triggering time. According to the wireless electric fuse signal treatment device and the air-to-air missile, control precision is high, and hit and damage intensity on vital parts of the target are improved.

Description

technical field [0001] The invention relates to the field of air-to-air missile radio fuze, in particular to a radio fuze signal processing device and an air-to-air missile. Background technique [0002] The fuzes of air-to-air missiles can be divided into: radio fuze (radar fuze), optical fuze, magnetic fuze, acoustic fuze, etc. according to the working principle; according to the working method, they can be divided into: active non-triggering type, passive non-triggering fuze, semi-active type Non-triggering fuze. Non-trigger fuzes include: radio fuze (radar fuze), infrared light fuze, laser fuze, etc. The radio fuze is an active non-trigger fuze, which can emit electromagnetic waves. When the target enters its radiation field, the electromagnetic waves will be reflected back and received by the fuze. When the reflected signal is strong enough, the fuze will act and trigger the actuator. [0003] Specifically, the radio fuze of the air-to-air missile works by reflecting ...

AI Technical Summary

Problems solved by technology

[0005] The present invention provides a radio fuze signal processing device and an air-to-air missile to solve the technical problems that the radio fuze signal processing device in the prior art has low control precision, damage to vital parts of the target and weak killing power

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