Development and testing for through-life operation of fibre-optic components and systems in mil-air applications

H. White, G. Proudley, N. Aldridge, A. Proudfoot
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引用次数: 2

Abstract

Successful utilization of fibre-optic networks on aircraft requires compatibility between all the individual components and an operating range commensurate with the in-service platform environment. Individual component testing is an important first step to achieving a viable system but sub-system testing can provide a more complete understanding of whether the system requirements can be met before full qualification is undertaken. This is particularly true for multi-mode links where redistribution of the optical modes within the fibre can have significant effects on a component performance. At BAE Systems we have assembled an Optical Component and System Assessment Rig (OSCAR) to enable sub-system evaluations. Here the principles and features of OSCAR are described together with examples of results.
开发和测试全寿命运行的光纤组件和系统在军事空中应用
在飞机上成功利用光纤网络需要所有单个组件之间的兼容性以及与在役平台环境相称的操作范围。单个组件测试是实现可行系统的重要第一步,但子系统测试可以在进行全面鉴定之前更全面地了解系统需求是否可以满足。对于多模链路尤其如此,光纤内光模式的再分配会对组件性能产生重大影响。在BAE系统公司,我们组装了一个光学组件和系统评估平台(OSCAR)来进行子系统评估。本文介绍了OSCAR的原理和特点,并给出了应用实例。
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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