Next generation test system architectures for Depot and O-level test

Jim Ginn, M. Dewey
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引用次数: 1

Abstract

For over 30 years, ATE has been a key resource and tool for the maintenance and repair of electronic systems, subsystems and board level assemblies deployed on a wide range of military-aerospace systems. ATE has been relied upon to maintain and support electronic assemblies for avionics, weapons systems, and communication systems. In addition, repair logistics and the “up-time” demands for these systems have resulted in the need for repair / support strategies that shorten the repair loop. For the U S Marine Corp, the need to minimize this repair loop is acute and has resulted in the adoption of a maintenance / repair strategy that employs Depot - level test capabilities which can also be deployed at the field or O-level. This paper discusses how next generation test architectures can address this on-going requirement for portability, performance and cost effective test solutions which address both Depot and O-level test needs.
下一代测试系统架构,用于仓库和o级测试
30多年来,ATE一直是维护和维修电子系统、子系统和电路板级组件的关键资源和工具,部署在广泛的军事航空航天系统中。ATE已被用于维护和支持航空电子设备、武器系统和通信系统的电子组件。此外,这些系统的维修物流和“正常运行时间”需求导致需要缩短维修周期的维修/支持策略。对于美国海军陆战队来说,最大限度地减少这种维修循环的需求是迫切的,因此采用了一种维护/维修策略,该策略采用了仓库级测试能力,也可以部署在现场或o级。本文讨论了下一代测试架构如何能够满足对可移植性、性能和成本效益的测试解决方案的持续需求,这些解决方案可以同时满足仓库和o级测试需求。
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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