Determination of Pass/Fail Criteria in Fiber Optic Networks Using Built-in-Test Functionality

Vahid Nazer, S. Skendžić, Ashton Timmons, J. Ahadian, C. Kuznia, M. Beranek, J. Malowicki
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引用次数: 1

Abstract

Fiber optic built-in test (BIT) for avionics application has been postulated and researched for several decades [1–3]. Optical time domain reflectometry (OTDR) was demonstrated as a method for a fiber optic transceiver to fault isolate fiber optic cable plant interconnects to ten centimeter resolution [4]. BIT-capable fiber optic transceiver transmitter and receiver signal strength indication was also demonstrated [5]. One centimeter fault isolation resolution was demonstrated by integrating a OTDR application specific integrated circuit within transceiver packages [6–7]. In this paper, we describe the development and demonstration of this technology to determine pass/fail criteria of a fiber optic link.
使用内置测试功能确定光纤网络中的合格/不合格标准
用于航空电子设备应用的光纤内置测试(BIT)已经假设和研究了几十年[1-3]。光学时域反射仪(OTDR)被证明是一种光纤收发器故障隔离光纤电缆工厂互连的方法,分辨率为10厘米[4]。还演示了具有bit功能的光纤收发器收发器信号强度指示[5]。通过在收发器封装中集成OTDR专用集成电路,证明了1厘米的故障隔离分辨率[6-7]。在本文中,我们描述了该技术的发展和演示,以确定光纤链路的通过/失败标准。
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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