基于内置自检的航天器快速测试技术研究

Yang Tongzhi, Yuan Lingfeng, Xu Miner, Zeng Qi, Li Tingyu
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引用次数: 0

摘要

传统航天器设计注重功能实现,缺乏对可测试性的考虑。航天器综合测试依赖于遥测和指令。测试周期长,测试效率低,成本高。传统的测试模式已不能很好地适应航天器批量生产的需要。民用汽车、飞机通过基于模型的BIT技术建立了机载诊断系统和机载维修系统,大大提高了快速维修和功能重构的能力。参考民用快速电气检测技术,从行为模型和结构模型两方面设计航天器自检模型,以提高航天器快速检测能力。
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Research on Spacecraft Rapid Test Technology Based on Built-in Self-test
Traditional spacecraft design focuses on function implementation and lacks the consideration of testability. Spacecraft integrated test relies on telemetry and command. The test cycle is long, the test efficiency is low and the cost is high. The traditional test mode can’t adapt well to the needs of spacecraft batch manufacture. Through Model-based BIT technology, civil automobiles and airplanes have established on-board diagnosis system and on-board maintenance system, which greatly improves the ability of rapid maintenance and functional reconfiguration. Referring to the civil rapid electrical inspection technology, the spacecraft self-test models are designed from two aspects of behavior model and structure model, so as to enhance the capability of spacecraft rapid inspection.
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