PIGTAILED THERMO-OPTIC (4×4)-SPACE STAGE IN POLYMER WAVEGUIDE TECHNOLOGY OPERATING AT λ = 1.55 μm

机译：尾纤的热 - 光学（4×4） - 在聚合物波导技术的空间阶段，在λ=1.55μm

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A pigtailed thermo-optic (TO) (4×4)-space stage designed for λ = 1.55 μm is reported, which is implemented in polymer waveguide technology. The space stage contains a rearrangeable nonblocking polymer waveguide (4×4)-switching module which is pigtailed with fibre arrays and packaged. The space stage is microprocessor controlled and can be employed as the space stage of a transparent OFDM cross connect.

机译：报告了设计用于λ=1.55μm的尾纤的热 - 光学（至）（4×4） - 空间阶段，其在聚合物波导技术中实现。空间级包含可重新携带的非阻塞聚合物波导（4×4） - 开关模块，其用纤维阵列串联和包装。空间级是微处理器控制的，并且可以用作透明OFDM交叉连接的空间级。

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《European conference on optical communication》|1995年||共4页
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中图分类光波通信、激光通信;
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1. Preparation of Waveguide Polymer and its Simulation Study of Thermo-Optic Switch at the Infrared Communication Wavelength 1.55 μm [J] . Guangyu Wu, Haibo Wang Zeitschrift fur Physikalische Chemie: International Journal of Research in Physical Chemistry and Chemical Physics . 2014,第6a7期

机译：波导通信聚合物的制备及其在红外通信波长为1.55μm的热光开关的仿真研究
2. Rearrangeable nonblocking polymer waveguide thermo-optic 4*4 switching matrix with low power consumption at 1.55 mu m [J] . Keil N., Yao H.H. Electronics Letters . 1995,第5期

机译：可重排无阻聚合物波导热光4 * 4开关矩阵，功耗低至1.55μm
3. Metal-defined passive polymer optical waveguides operating at both 1.31 and 1.55 mu m wavelengths [J] . Kim S, Geary K, Yuan W, Journal of nonlinear optical physics & materials . 2005,第3期

机译：金属定义的无源聚合物光波导，工作于1.31和1.55μm波长
4. PIGTAILED THERMO-OPTIC (4×4)-SPACE STAGE IN POLYMER WAVEGUIDE TECHNOLOGY OPERATING AT λ = 1.55 μm [C] . N. Keil, H. H. Yao, C. Zawadzki, European conference on optical communication;ECOC'95;Symposium on photonic versus electronic technologies in switching and interconnection;Symposium on broadband networks for video and multimedia services;European exhibition on optical communication;EEOC'95 . 1995

机译：在λ= 1.55μm的聚合物波导技术中固定的热光（4×4）-空间阶段
5. High-performance thermo-optic switch and electro-optic modulator based on polymeric multi-mode waveguides with high device packing density for optical network applications. [D] . Lu, Xuejun. 2001

机译：基于聚合物多模波导的高性能热光开关和电光调制器，具有高器件封装密度，适用于光网络应用。
6. Optical Waveguide Tunable Phase Delay Lines Based on the Superior Thermo-Optic Effect of Polymer [O] . Sung-Moon Kim, Tae-Hyun Park, Guanghao Huang, 2018

机译：基于聚合物优异热光效应的光波导可调谐相位延迟线
7. Ultrasensitive Second-Harmonic Generation Frequency-Resolved Optical Gating Using a Fiber-Pigtailed Aperiodically Poled Lithium Niobate Waveguide at 1.55 µm [O] . Houxun Miao 2012

机译：光纤无尾极化铌酸锂波导在1.55 µm的超灵敏二次谐波产生频率分辨光学门控

PIGTAILED THERMO-OPTIC (4×4)-SPACE STAGE IN POLYMER WAVEGUIDE TECHNOLOGY OPERATING AT λ = 1.55 μm

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