航天继电器可靠性设计技术是其产品可靠性工程的关键技术。
Reliability design is the key technique of electromagnetic relay reliability engineering.
完成了一种航天继电器多余物自动检测系统振动台驱动器的设计。
A shaker driver of the remainder auto-detecting system for space relay is designed in this paper.
本文针对航天继电器的触头燃弧现象，从理论建模和实验两方面进行了研究。
This paper aims at the arc phenomenon of aerospace relay and does research on its theory model and experiment.
对于可靠性要求较高的航天继电器而言，有必要深入研究可靠性寿命试验过程的每个环节。
Especially, in the respect of aerospace electromagnetic relay, the deep analysis on the every process of the reliability life test is necessary.
针对现有航天继电器可靠性筛选试验方法中存在的问题，提出了一种航天继电器寿命预测方法。
A life forecasting method for aerospace relay was presented here according to the problem existed in the reliability screening test method for aerospace relay.
提出了一种基于航天继电器微粒碰撞噪声检测(PIND)试验信号的多余物材料特征提起方法。
A feature extraction method of remnant material based on aerospace relay particle impact noise detection (PIND) experiment signal was presented.
军用密封电磁继电器是广泛应用于运载火箭、导弹、卫星等武器装备系统与航天系统中的关键元器件，工作环境的复杂性要求其必须具备良好的耐力学性能。
In this paper a finite element model of hermetically sealed electromagnetic relay is built, through normal modes analysis and frequency response analysis, the vibration transitive path is studied.
结果表明，该系统对研究电磁继电器可靠性测试的有效性，为航天电磁继电器的可靠性设计提供了试验依据。
The results show that this system is effective for studying the reliability test of electromagnetic relay to provide test reference for reliability design of aerospace electromagnetic relay.
因此开展固态继电器传导干扰分析技术的研究，对提高工业、军事、航空航天系统的稳定性与可靠性具有重要作用。
Therefore, research on conducted interference of SSR is of both theoretical and practical value to improve the stability and reliability of industrial, military and aerospace systems.
因此开展固态继电器传导干扰分析技术的研究，对提高工业、军事、航空航天系统的稳定性与可靠性具有重要作用。
Therefore, research on conducted interference of SSR is of both theoretical and practical value to improve the stability and reliability of industrial, military and aerospace systems.
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