Polymer waveguide incorporated with europium-aluminum polymer composite for compact and high-gain optical amplification devices

Yurie Yoshida, T. Fukui, T. Ishigure
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引用次数: 4

Abstract

We fabricate polymer waveguides incorporated with europium-aluminum (Eu-Al) polymer composite with a simple procedure named the Mosquito method utilizing a micro-dispenser. Under a coaxial excitation condition, an optical gain as high as 15.7 dB is observed at 616-nm wavelength for a 4.9-cm long waveguide. Furthermore, the fabricated waveguides with different lengths exhibit higher gains as their lengths increase, even under repeated high-power excitations.
聚合物波导结合了铕铝聚合物复合材料的紧凑和高增益的光学放大装置
我们利用微型分配器,用一种简单的方法制作了铕铝(Eu-Al)聚合物复合材料的聚合物波导。在同轴激励条件下,长4.9 cm的波导在616 nm波长处的光增益高达15.7 dB。此外,即使在重复的高功率激励下,不同长度的波导也表现出更高的增益。
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