Integrating polymer optical fibers in civil aircraft: Enviromental requirements and challenges

Sandy Cherian, H. Spangenberg, R. Caspary
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引用次数: 1

Abstract

The potential of polymer optical fiber (POF) and its link components in short distance data communication has been well established by the automotive (e.g. media oriented system transport bus) and telecommunication industries. Avionics networks can also be considered as short distance data communication as they have a limited size with a maximum length of 100 m between the nodes. This paper discusses the challenges and options in integrating commercial POF link and its passive/active components to the critical as well as non critical data communication in commercial aircraft. The paper will focus particularly on the relevant firm environmental requirements that have to be fulfilled to assure the reliability and safety of the commercial aircraft data communication network. Further, characterisation of POF will be analyzed in detail based on MIL STD 1678/TIA 455 series and compliance with RTCA/DO 160E will also be evaluated in detail.
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聚合物光纤在民用飞机上的集成:环境要求和挑战
聚合物光纤(POF)及其链路组件在短距离数据通信中的潜力已经被汽车(例如面向媒体的系统传输总线)和电信行业所充分证实。航空电子网络也可以被认为是短距离数据通信,因为它们的大小有限,节点之间的最大长度为100米。本文讨论了将商用POF链路及其无源/有源组件集成到商用飞机的关键和非关键数据通信中的挑战和选择。本文将特别关注为确保商用飞机数据通信网络的可靠性和安全性而必须满足的相关公司环境要求。此外,将基于MIL STD 1678/TIA 455系列详细分析POF的特性,并详细评估RTCA/DO 160E的合规性。
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