FMEA - FMECA在电子电路分析中的应用

Murat Fidan, Uğur Gürgül, Zahide Elif Akin
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引用次数: 2

摘要

“失效模式效应分析”和“失效模式效应和临界分析”方法是20世纪50年代以来开始在汽车和制造业中频繁使用的风险分析方法之一,特别是在1980年后的航空、军事工业中,本研究将解释在电子电路中的应用。FMEA和FMECA分析是用于识别元素、系统或过程无法实现其计划目标的问题的技术。这些在所有以技术为基础的工业,以及航天工业、化学工业和汽车工业中都很受欢迎。这些方法受欢迎的主要原因是它易于使用并且不需要广泛的理论知识。FMEA和FMECA方法一般侧重于对零件和设备的分析。这些方法解决了故障可能发生的每个位置和区域,并考虑到个人的想法,可以应用于系统的每个部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FMEA - FMECA the Application of Analysis on Electronic Circuit
In this study, the application of “Failure Mode Effects Analysis” and “Failure Mode Effects and Critical Analysis” methods on an electronic circuit, which are one of the risk analysis methods that began to be used frequently in automotive and manufacturing sectors since the 1950s, especially in aviation, military industry after 1980, will be explained. FMEA and FMECA analyses, are techniques used to identify issues where elements, systems, or processes cannot achieve their planned goals. These are very popular in all technology-based industries, as well as in the space industry, the chemical industry and the automobile industry. The main reason why these methods are popular is that it is easy to use and does not require extensive theoretical knowledge. FMEA and FMECA methods generally focuses on the analysis of parts and equipment. These methods resolve each of the locations and areas where failure can occur and takes into account personal ideas and can be applied to each of the parts of the system.
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