A space navigation component and part application verification platform based on an equivalent excitation testing module

Abstract

The invention provides a space navigation component and part application verification platform based on an equivalent excitation testing module. The space navigation component and part application verification platform comprises a control computer, an equivalent excitation testing module and a verification target. The equivalent excitation testing module equivalently simulates an on-board circuitenvironment under the control of the control computer and generates different equivalent excitation signals which are sent to the verification target; the verification target is placed in the equivalently-simulated on-board system circuit environment; the control computer controls the equivalent excitation testing module to equivalently simulate the on-board circuit environment according to external instructions to generate different equivalent excitation signals which are sent to the verification target, and monitors and reads verification target data in real time and sends the data to the outside for storage and analysis.

Description

technical field [0001] The invention relates to an aerospace component application verification platform based on an equivalent excitation test module, and belongs to the technical field of aerospace component application verification. Background technique [0002] Aerospace engineering is a high-tech, high-risk, and high-cost special project. Since its success or failure is related to national security and the development of the aerospace industry, reliability is of utmost importance. It is necessary to pass the implementation of aerospace component application verification to promote the development of aerospace engineering components. The standard selection of aerospace components promotes the improvement of application reliability of aerospace components, thereby improving the reliability of aerospace system engineering as a whole. [0003] In the investigation of selecting the application verification system architecture of aerospace components, it is found that the Eur...

AI Technical Summary

Problems solved by technology

The design of most aerospace component application verification devices is related to specific verification components. Once developed, it is difficult to upgrade and improve. Therefore, the compatibility and versatility between different devices is poor, resulting in waste of resources and delays in research and development progress.

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