Inner field radiation type complex electromagnetic environment building method and simulation system

Abstract

The invention discloses an inner field radiation type complex electromagnetic environment building method, and the method comprises the steps: taking a reasonably-configured anechoic chamber as a testing platform, and constructing complex electromagnetic environment signals through various types of signal simulators, wherein the parameters of signal simulators can set flexibly; irradiating target, interference, clutter and background environment electromagnetic signals to tested equipment through a radiation unit arranged in the anechoic chamber. The invention also discloses a simulation system, and the simulation system comprises the anechoic chamber, a control chamber, a signal chamber, a rotating table, a suspension mechanism, a background environment simulator, a signal simulator, a radiation array, a feed system, a moving vehicle, a rail, a discrete receiving and transmitting unit, a bandwidth receiver, a computer, and a control system. The method provides a high-efficiency, reliable, repeatable and high-cost-performance technological means for the complex electromagnetic environment effect testing of an electronic system. The method has great application values in shortening the development period of the electronic system, reducing the testing consumption and improving the battlefield survival capability of equipment.

Description

technical field [0001] The invention relates to a construction method and a simulation system of an inner field radiation type complex electromagnetic environment, and belongs to the technical field of radio frequency semi-physical simulation. Background technique [0002] The so-called complex electromagnetic environment refers to the electromagnetic environment composed of a large number, dense overlapping, complex patterns, and dynamically overlapping electromagnetic signals distributed in the air domain, time domain, frequency domain, and energy within a certain battlefield space. [0003] The main factors that constitute the complex electromagnetic environment are electronic countermeasures between the enemy and the enemy, electromagnetic waves released by various weapons and equipment, radiation from civilian electromagnetic equipment, electromagnetic phenomena produced in nature, and electromagnetic waves emitted by neutral electromagnetic radiation sources, plus high-...

AI Technical Summary

Problems solved by technology

Judging from the currently available public information, there are only practical introductory texts, and no specific technical details are involved.

However, domestic research on this technology started relatively late, mainly focusing on conceptual research and theoretical description, and there is no in-depth elaboration on how to construct, implement and apply engineering

In summary, none of the existing materials can solve the construction and engineering implementation problems of this technology well. The present invention proposes a construction method and provides the engineering implementation process

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