Abstract

In view of the current problems such as immethodical in-orbit testing and verification of components, and complex and diversified methods of development of test verification devices and in-orbit testing of components, the paper proposes a systematic design scheme for a universal flight verification platform for components. The paper elaborates on the demand analysis, functional module division, in-orbit test methods, etc. with regard to the platform, analyzes the platform's advantages in carrying out in-orbit tests to different types of components, and realizes the generalization, standardization and modularization of the flight test platform.

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