卫星级双重绝缘的实现:一种方法

Mario Buffardo, E. Scione, Catalano Toni Fabio, Carlani Daniele, Ruà Emanuele Giovanni
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引用次数: 1

摘要

由于双绝缘的实现直接关系到整个卫星电气结构的尺寸,因此双绝缘问题已成为卫星设计中一个非常重要的问题。Industry[2]根据每个航天器设计和要求的具体需要,提出了不同的方法和解决方案。根据ECSS-E-ST-20C[1]。,在任何可靠的单次故障发生后,还应保证导体或电路元件之间有防止短路的屏障。在特定的。,指导方针是,主母线配电系统的所有非保护元件应实施电气双重绝缘,直至第一保护装置(例如:保险丝)。(电流断路器或限流器)。
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Implementation of double insulation at satellite level: an approach
The double insulation topic has become a very important issue in the satellite design since its implementation drives the sizing of the whole satellite electrical architecture. Different approaches and solutions have been proposed by Industry [2], according to specific need of each spacecraft design and requirements. According to ECSS-E-ST-20C [1]., a barrier against short circuit between conductors or circuit elements shall be guaranteed also after any credible single failure. In particular., the guideline is that all non-protected elements of a main bus distribution system shall implement an electrical double insulation up to the first protection device (e.g.: fuse., current breaker or current limiter).
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