When should intermittent failure detection routines be part of the legacy re-host TPS?

L. Kirkland
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引用次数: 5

Abstract

Intermittent failures are failures that do not manifest themselves all the time. The fact that they are sometimes there and sometimes aren't can make them very difficult to analyze.1 Some of the most difficult to diagnose faults are intermittent. It is very difficult to isolate intermittent faults which occur with low frequency.2 Intermittent electrical faults, as a rule, are notoriously difficult to detect. Sometimes an intermittent short or open circuit may leave visible signs of overheating or micro-arcing on a printed circuit board or a connector, but at other times damage may be on such a microscopic scale that it is likely to go undetected.3 The inability to find anything wrong by trying to reproduce the incident is no guarantee of the detection of an intermittent fault. This paper will discuss various ways to detect intermittent failures. The paper will discuss the root causes of intermittent failures. Also, a discussion will take place that addresses why we must pursue new techniques, methods and technologies to detect elusive failures.
间歇故障检测例程何时应该成为遗留重主机TPS的一部分?
间歇性故障是指不会一直出现的故障。它们有时存在,有时不存在的事实使它们很难分析一些最难诊断的故障是间歇性的。发生频率较低的间歇性故障很难隔离通常,间歇性电气故障是出了名的难以检测的。有时,间歇性短路或断路可能会在印刷电路板或连接器上留下明显的过热或微弧的迹象,但在其他时候,损坏可能是如此微小,以至于可能无法检测到无法通过尝试重现事件来发现任何错误并不能保证检测到间歇性故障。本文将讨论检测间歇性故障的各种方法。本文将讨论间歇性故障的根本原因。此外,还将讨论为什么我们必须采用新的技术、方法和技术来检测难以捉摸的故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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