Atmospheric layer microwave irradiation counter-satellite-reconnaissance system

Abstract

The invention relates to an atmospheric layer microwave irradiation counter-satellite-reconnaissance system. The atmospheric layer microwave irradiation counter-satellite-reconnaissance system comprises a center control unit, a power source module, a remote control receiving or friend or foe identification module, a tracking and pointing module, a passive distance measurement positioning module, aservo system and a frequency source; the center control unit is powered by the power source module, and the signal input end of the center control unit is electrically connected with the remote control receiving or friend or foe identification module, the tracking and pointing module and the passive distance measurement positioning module; the signal output end of the center control unit is electrically connected with the frequency source; and the servo system is in dual-direction electric connection with the center control unit and the frequency source. The atmospheric layer microwave irradiation counter-satellite-reconnaissance system is reasonable and ingenious in conception, good in reconnaissance effect, good in anti-interference effect and stable and reliable in use.

Description

technical field [0001] The invention relates to the technical field of anti-satellite reconnaissance, in particular to an anti-satellite reconnaissance method and system for atmospheric microwave irradiation. Background technique [0002] With the continuous development of global science and technology, the military activities and national defense of modern countries use reconnaissance satellites to obtain space or ground military intelligence, which is an important information acquisition technology in modern warfare. Active spy satellites are on the rise. In modern warfare, obtaining intelligence from space is the key to successful military operations. Reconnaissance satellites can obtain intelligence globally, on a large scale, and accurately, and have become an irreplaceable means of supporting battlefield operations. In the Gulf War, the US aerospace The headquarters commanded about 70 satellites in a unified manner to support land, sea and air operations, and played a...

AI Technical Summary

Problems solved by technology

Cons: Can destroy satellites of friendly and neutral nations; Outer Space Treaty prohibits the deployment of nuclear weapons in space

Disadvantages: high precision is required, and it is only suitable for anti-low orbit satellites

Disadvantages: The use of ground-based weapons is greatly restricted by weather conditions; space-based weapons require high relative positioning accuracy; the killing effect is not easy to judge

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