A PHM Roadmap for Electronics-Rich Systems

M. Pecht, Myeongsu Kang
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引用次数: 1

Abstract

Prognostics and health management (PHM) is an enabling technology with the potential to solve complex reliability problems that have manifested due to complexity in design, manufacturing, test, and maintenance. This chapter provides an assessment of the state of practice and state of the art in PHM, focused mostly on electronics, and identify the key research and development (R&D) opportunities and challenges that exist, so that resources can be efficiently allocated. In assessing the state of the art and trends for the development of a roadmap for PHM, differences between PHM for electronics and PHM for mechanical structures must be recognized. The foundations of electronic systems are the integrated circuits (ICs) that comprise the computing, processing, memory, and communications. Photo‐electronic components that could greatly benefit from PHM include light‐emitting diodes (LEDs), lasers, radar, infra‐red devices, and tactical sensors. Health monitoring and identifying a baseline usage condition to evaluate system health are fundamental for prognostics.
富电子系统的PHM路线图
预测和运行状况管理(PHM)是一种支持技术,具有解决由于设计、制造、测试和维护的复杂性而出现的复杂可靠性问题的潜力。本章提供了PHM的实践状态和技术状态的评估,主要集中在电子领域,并确定了存在的关键研发(R&D)机会和挑战,以便有效地分配资源。在评估PHM发展路线图的技术现状和趋势时,必须认识到电子PHM和机械PHM结构之间的差异。电子系统的基础是集成电路(ic),它包括计算、处理、存储和通信。可从PHM中获益的光电元件包括发光二极管(led)、激光器、雷达、红外器件和战术传感器。健康监控和确定基线使用条件以评估系统健康是预测的基础。
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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