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Hybrid Glass Structures For Telecommunication Applications

机译:电信应用的混合玻璃结构

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摘要

Hybrid glass parts composed of dissimilar glass sections are an attractive route to integrate multiple functions onto a single substrate and offer the potential to fabricate advanced laser sources, amplifiers, lossless splitters and other photonic devices such as Fabry-Perot etalons. We review the most promising bonding technologies, placing particular emphasis on techniques that do not require the use of high processing temperatures. In particular, we discuss in detail a recently developed low temperature bonding technology that relies on inorganic adhesives. Characterization of interfacial joints prepared with this inorganic technology indicate low insertion loss, high mechanical strength and chemical resistance to attack during the conventional lithographic and ion exchange steps employed to fabricate waveguide structures.
机译:由不同的玻璃部分组成的混合玻璃零件是将多种功能集成到单个基板上的诱人途径,并且有可能制造先进的激光源,放大器,无损分束器和其他光子器件,例如Fabry-Perot等。我们回顾了最有前途的粘合技术,特别强调了不需要使用高处理温度的技术。特别是,我们详细讨论了依赖无机粘合剂的最新开发的低温粘合技术。用这种无机技术制备的界面接缝的特征表明,在用于制造波导结构的常规光刻和离子交换步骤中,插入损耗低,机械强度高,耐化学腐蚀。

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