Approaches to Minimize Murphy's Law Impact On “No single point of failure power supply systems.”

Marian Bulancea
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Abstract

Considering Murphy's law, “If anything can possibly go wrong, it will, and at the worst possible time”, there is a myriad of problems which need to be solved by “No single point of failure power supply systems” by designers, integrators and users. The paper covers factors to be considered in design, installation and maintenance in context of 30+years of experience and lesson learned approach to building redundant, fail-safe power supplies for mission critical applications. Aspects explored are output redundancy, input redundancy, programming and I/O fail safe and overcoming environment challenges. These environmental challenges include methods for deploying fault tolerant systems in high temperature, wet, dirty, corrosive and explosive applications.
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最小化墨菲定律对“无单点故障供电系统”影响的方法。
考虑到墨菲定律,“如果任何事情都可能出错,它就会出错,而且是在最糟糕的时候”,有无数的问题需要设计师、集成商和用户通过“无单点故障电源系统”来解决。本文涵盖了在设计、安装和维护中需要考虑的因素,并结合30多年的经验和经验教训,为关键任务应用构建冗余、故障安全电源。研究的方面包括输出冗余、输入冗余、编程和I/O故障安全以及克服环境挑战。这些环境挑战包括在高温、潮湿、肮脏、腐蚀性和爆炸性应用中部署容错系统的方法。
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