Rapid self-checking system and method of satellite comprehensive testing system

Abstract

The invention relates to a rapid self-checking system and method of a satellite comprehensive testing system. The rapid self-checking system of the satellite comprehensive testing system comprises a comprehensive testing system, a satellite simulator, a local area network, a star earth wired electric cable, a general control end and a testing server, wherein the comprehensive testing system charges and supplies power for the satellite simulator through the star earth wired electric cable, controls in a wired mode and measures the state quantity and simulation quantity; the satellite simulator simulates the satellite load, the wired control and the tested objects of the comprehensive testing system; the local area network is a medium and a carrier of a data communication network; the star earth wired electric cable is a medium and a carrier for checking the power supply, charging, wired control and measurement function of the comprehensive testing system by the satellite simulator; the general control end sends a network control order step by step to the satellite comprehensive testing system and the satellite simulator, receives the order response return, performs automatic closed loop judgment, and completes the self-checking flow; and the testing server distributes, processes, stores and afterwards retrieves and analyses various types of control data and testing data. According to the invention, the network communication function is realized, and an automatic closed loop testing technology is adopted for the general control end, thus the self-checking flow is executed automatically and the self-checking result is given.

Description

technical field [0001] The invention relates to a satellite comprehensive test system, in particular to a satellite comprehensive test system rapid self-check system and method based on network communication and using automatic test technology. Background technique [0002] The safety assurance of satellite products is very important. Safety is the prerequisite for success. During various ground tests, it is especially necessary to eliminate safety problems caused by ground equipment. For this reason, a series of safety assurance testing tests must be carried out on ground equipment. One of the principles is that when any state of the comprehensive test system or the satellite-ground test cable changes, a satellite simulator test must be carried out to ensure the safety of the satellite-ground interface. [0003] The current satellite comprehensive test system basically adopts manual item-by-item self-inspection method, and at least two testers need to be deployed in the sel...

AI Technical Summary

Problems solved by technology

[0004] At present, the self-inspection method of the satellite comprehensive test system mainly has the following obvious deficiencies: first, the problem of personnel, that is, two testers are required, and the quality requirements for the testers are high; The operation method is carried out, and the result of each operation needs manual judgment; 3. The whole process of self-inspection cannot be reproduced, and the manual operation method cannot store the data of the whole process of self-inspection, and cannot be retrieved and analyzed afterwards; 4. There are potential safety hazards , due to poor communication, personnel quality and other reasons, the self-inspection test may not cover all the test items

[0007] At present, there is no description or report of the similar technology of the present invention, and no similar data at home and abroad have been collected yet.

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