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首页> 外文会议>Conference on Linear and Nonlinear Optics of Organic Materials III; Aug 4-6, 2003; San Diego, California, USA >High Reliability of Silicone Materials for Use as Polymer Waveguides
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High Reliability of Silicone Materials for Use as Polymer Waveguides

机译：用作聚合物波导的有机硅材料的高可靠性

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摘要

Silicones are known for their excellent performance in applications with harsh environmental conditions. They are very well known for their high temperature stability, resistance to moisture and other adverse conditions. This paper will overview key properties of siloxanes that make them attractive materials for numerous photonics device applications with emphasis on polymer waveguides. Both thermal-mechanical and optical properties will be reviewed. Testing of key optical properties of several siloxane materials, both before and after exposure to heat, humidity, and high optical flux will be discussed. Fabrication and processing for production of polymer waveguides, and the resulting polymer device performance will be shown. Finally, the high reliability of siloxane based waveguides is demonstrated by the Telcordia testing of a fully functional, packaged, Variable Optical Attenuator (VOA).
机译：有机硅以其在恶劣环境条件下的出色性能而闻名。它们以高温稳定性，耐湿性和其他不利条件而闻名。本文将概述硅氧烷的关键特性，使其成为众多光子学设备应用中有吸引力的材料，重点是聚合物波导。热力学和光学特性都将被审查。讨论了几种硅氧烷材料在暴露于热，湿气和高光通量之前和之后的关键光学性能的测试。将显示用于制造聚合物波导的制造和加工，以及所得的聚合物器件性能。最后，通过对全功能，封装的可变光学衰减器（VOA）进行Telcordia测试，证明了基于硅氧烷的波导的高可靠性。

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