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Novel multiband polarization beam splitter based on a dual-core transversally chirped microstructured optical fiber

机译:基于双芯横向chi微结构光纤的新型多波段偏振分束器

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A novel compact and multiband polarization beam splitter based on a dual-core transversally chirped microstructured optical fiber is proposed and analyzed, using finite element method. The results show that the ≈2.9 mm-long polarization splitter can reach an extinction ratio lower than -20 dB in two bands at 1140 nm and 1556 nm. The bandwidths of both bands are 11.7 nm and 47.2 nm respectively. This work analyzes the operation of the device when it is subjected to curvature, finding that it is possible to tune the operating bands. Numerical calculation indicates that this novel structure may find application in telecommunications, because it is capable of working at different wavelength ranges.
机译:提出并分析了一种基于双芯横向chi微结构光纤的紧凑型多频带偏振分束器。结果表明,≈2.9mm长的偏振分束器在1140 nm和1556 nm的两个波段中的消光比均低于-20 dB。两个频带的带宽分别为11.7 nm和47.2 nm。这项工作分析了设备在受到弯曲时的操作,发现可以调谐工作频带。数值计算表明,这种新颖的结构可以在电信中找到应用,因​​为它能够在不同的波长范围内工作。

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