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optical components
    JME for Measuring Polarisation Mode Dispersion in Optical Components
    JME法测量光器件偏振模色散
    Optical burst switching (OBS), which combines the merits of wavelength routing and optical packet switching while avoiding their defects, can provide IP based resource assignment and switching at high speed with low demand for optical components in the all-optical networks.
    光突发交换结合了光路交换(如波长路由)和光分组交换两种交换技术的优点,能在较低的光器件要求下实现面向IP的快速资源分配和交换,是一种易于实现、又能高效利用网络资源的光交换技术,被认为是下一代全光互联网中有竞争力的交换模式。
    Solution for Intelligent Manufacturing Test of Optical Components
    光器件智能化生产测试解决方案
    Review on the Key Optical Components in Optical Transmission Network
    光传送网中的关键光器件
    Measuring Polarization Dependent Loss of Passive Optical Components
    无源光器件的编振相关损耗测量
    Research on Passive Optical Components Based on OptoCeramic
    基于透明铁电陶瓷的无源光器件研究
    The goal of this thesis is to design some novel planar lightwave circuits with low insertion loss and ideal output field or spectrum. Based on the proposed simulation and optimization methods, we design four kinds of novel planar waveguide couplers or optical components based on couplers. Relative experiments are also carried out.
    本文以设计出插入损耗低、输出光场或频谱分布理想的新型光波导器件为目标,在理论上提出了一些模拟计算及优化设计的新方法的基础上,设计了四种新型的平面波导耦合器及基于耦合器的光器件,并进行了相关的实验。
    In the first chapter of this paper, the basic structure, characteristics, and the development as well as some key optical components of optical networks are introduced, and the main issues of reliability and survivability of the optical networks are reviewed.
    本文第一章介绍了光网络的基本拓扑结构、特点、发展情况以及它的一些关键光器件,评价了光网络可靠性和生存性发展的现状与发展。
    Optical components producers on top tier all over the world keep their eyes on this market and can not wait to put great investment into SOA manufacturing.
    良性循环的市场吸引了众多世界顶尖级光器件生产商的目光,并开始考虑SOA批量生产。
    The paper introduces the technological progress of WDM based large capacity optical fiber communications as reported in the International Optical Fiber Communication Conference held on March 7,2000.The paper also briefly describes the present status of optical fiber and cable,optical amplification,optical components,and optical networking.
    介绍 2 0 0 0年 3月光纤通信学术会议宣读论文的主要内容 ,显示国际上对于大容量、长距离光纤通信利用波分多路的最新研究试验进展情况。 还简要说明光纤光缆、光放大、光器件和光试验网的最新发展。
    The advantages of low manufacturing cost, large detection area, and easy hybridization and integration with other electronic or optical components make the polymer photodetectors promising for a variety of applications including chemical/biomedical analysis, full_color digital image sensing and high energy radiation detection.
    由于聚合物光探测器生产成本低,检  测面积大,以及易于与其它电、光器件组合和集成等优点,可适合化学 /生物分析,全彩色数字图象信号检测和高能辐射测量等聚合物光探测器。
    Variable Optical Attenuator (VOA) is widely used in optical components test, optical communication system evaluation and power equalization in DWDM system.
    在光器件测试、光通信系统评估、DWDM系统功率均衡等场合广泛使用可变光衰减器(VOA)。
    The evolution trends for optical components,miniaturization and integraˉtion,are discussed finally.
    最后讨论了光器件的尺寸小型化、微型化以及多功能集成等发展趋势 ,介绍了光器件的集成方式如 :传统分立光器件的集成 ,平面光波导集成 ,以及混合集成等
    In this method, only one fiber is used to form all optical components, so that optic connection between components is without splicing, and performances of each component can be controlled in process.
    由于这种方法是把所有的光器件都放在一根光纤上制作,因此各光器件的连接处没有融接点,并且光器件的性能可在线控制。
    MEMS technology is thought as one of the most prospective manufacturing technologies for optical components.
    MEMS技术由于其自身的诸多优点而被认为是目前最有前景的光器件制作技术之一。
    Referring to the standards for reliability test of passive optical components home and abroad, the contents and program of reliability test for OCSH were designed.
    参照无源光器件可靠性试验的国内外标准,设计了OCSH的可靠性试验内容及程序;
    Jones matrix eigenanalysis is an important method for measuring polarisation mode dispersion in optical components.
    琼斯矩阵特征值分析法(JME法)是测量光器件偏振模色散的一种重要方法。
 

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