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A fiberized highly birefringent glass micrometer-size ridge waveguide

机译:纤维化的高双折射玻璃微米级脊形波导

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We report the fabrication of a fiberized micrometer-size ridge waveguide using a sheet-stacking method. The fabrication conditions for maintaining the ridge geometry with micrometer dimensions were investigated and discussed. A loss of 3.9 dB/m was measured at 1.55 mu m in the fiber ridge waveguide, showing no extra loss above the bulk loss of the glass. A high birefringence of 9.5 x 10(-3) was measured in the waveguide at 1.55 mu m which is close to the reported highest birefringence (1.1 x 10(-2)) in optical fibers. Fusion splicing was successfully employed to splice the fabricated waveguide to a conventional silica fiber with reasonable loss. (C) 2015 Elsevier Inc. All rights reserved.
机译:我们报告了使用薄片堆叠方法制造的纤维化的微米级脊形波导。研究和讨论了保持微米尺寸的脊几何形状的制造条件。在光纤脊形波导中,在1.55μm处测得的损耗为3.9 dB / m,没有显示出比玻璃的整体损耗高的额外损耗。在波导中在1.55μm处测得的高双折射为9.5 x 10(-3),接近于报道的光纤中最高的双折射(1.1 x 10(-2))。熔接成功地用于将制造的波导以合理的损耗熔接到传统的石英纤维上。 (C)2015 Elsevier Inc.保留所有权利。

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