使用加速可靠性技术预测长寿命

R. Gibson
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引用次数: 0

摘要

灯具开发中的一个持续挑战是需要快速测试具有数万小时额定使用寿命的产品。在受控条件下进行的传统寿命测试仍然是主要的测试程序。然而,高度可靠的统计分析方法使灯具开发人员能够在一小部分测试时间内估计出较长的寿命。这些技术通常包括众所周知的威布尔分布和历史数据、多级加速压力测试和虚拟故障分析,以减少建立产品寿命和可靠性所需的测试时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Predicting Long Lifetimes Using Accelerated Reliability Techniques
A continual challenge in lamp development is the need to rapidly test products that have lifetime ratings in the tens of thousands of hours. Traditional life testing, under controlled conditions, remains a mainstay test procedure. However, highly reliable statistical analysis methods allow lamp developers to estimate long lifetimes at a fraction of the testing time. These techniques usually involve the well known Weibull distribution together with historic data, multi-level accelerated stress testing, and virtual failure analysis to reduce the necessary testing times for establishing product life and reliability.
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