红外技术2025，Vol.47Issue(6)：671-680,10.
红外探测器组件可靠性评估和加速寿命验证研究
Research on Reliability Evaluation Model and Accelerated Aging Demonstration of Infrared Detector Assembly
摘要
Abstract
The increasing use of infrared detector components in military and space applications has generated growing demand for reliability assessments.However,the lack of standardized evaluation methods for component reliability and the challenges in assessing key reliability indicators pose complexities for research institutes.To address this issue,we conducted a comprehensive review of recent reliability assessment research conducted by leading foreign research institutions on infrared detectors,consolidated the results of accelerated life tests on primary subassemblies,and proposed several approaches to enhance the evaluability and precision of components,including conducting accelerated tests on key subassemblies:FPA,dewar and cooler,employing essential research methodologies such as standard usage profiles and acceleration factors,and integrating engineering expertise,theoretical techniques,statistical tools,and field data feedback to advance component reliability.关键词
红外探测器/可靠性评估/加速寿命试验/应用剖面Key words
infrared detector/reliability assessment/accelerated life test/application profile分类
电子信息工程引用本文复制引用
张凯,赵榆松,李海英,柳冬,张应旭,袁绶章,李培源,李红福,赵文丽,查云..红外探测器组件可靠性评估和加速寿命验证研究[J].红外技术,2025,47(6):671-680,10.基金项目
核高基项目. （）
