集成诊断测试设备设计中的关键考虑因素

M. Morgan, D. Dibartolomeo
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引用次数: 0

摘要

目前美国海军维修系统的低效率导致了错误拆除维修行动的增加。为了在组织级维护(o级)上减少多个武器可更换组件(wra)之间的诊断歧义,莱克赫斯特海军航空系统司令部(NAVAIR)的综合诊断和自动化测试系统(IDATS)团队建立了一个综合诊断测试设施,航空电子设备可以在模拟维护环境中运行。本文描述了用于定义、获取、记录和实现这些需求的过程。决策是由这些需求驱动的,从施工方法和材料到测试设备和测试编程环境的选择。在建立该实验室期间所遵循的程序和作出的决定可作为吸取的经验教训,并有助于为今后建立此类设施制定路线图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Key considerations in the design of an integrated diagnostics test facility
Current inefficiencies in the United States Navy maintenance system have led to an increase in false removal maintenance actions. With the goal of reducing diagnostic ambiguity between multiple Weapons Replaceable Assemblies (WRAs) at the Organizational level of maintenance (O-Level), the Integrated Diagnostics and Automated Test Systems (IDATS) team at Naval Air Systems Command (NAVAIR) Lakehurst has established an integrated diagnostics test facility where avionics can be operated in an emulated maintenance environment. This paper describes the processes which were used to define, capture, document, and fulfill these requirements. Decisions were driven by these requirements, ranging from construction methods and materials to the selection of test equipment and test programming environment. The procedures followed and decisions made during the formation of this laboratory can serve as lessons learned and help form a road map for future facilities of this type.
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