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3D nanoprinting of mode-field conversion tapers for low-loss optical interfacing of single-mode fibers and photonic integrated circuits

机译：用于单模纤维和光子集成电路的低损耗光接口的模式 - 场转换锥度的3D纳图

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We present our latest results on the design and fabrication of mode-field conversion tapers for low-loss optical interconnects. These structures are fabricated by means of two-photon polymerization-based 3D nanoprinting. We experimentally demonstrate that our 3D nanoprinted downtapers outperform conventional lensed fibers for low-loss edge coupling of single-mode fibers with SOI, Si_3N_4 and InP-based photonic integrated circuits. They are also more robust as they allow butt coupling rather than free-space coupling. Non-linear taper profiles allow shortening the length of the downtapers while keeping their performance. We also demonstrate 3D nanoprinted uptapers that allow for relaxation of the lateral misalignment tolerances.

机译：我们展示了我们的最新成绩在用于低损耗光学互连的模式 - 场转换锥度的设计和制造。这些结构通过双光子聚合的3D纳米压缩制造。我们通过实验证明，我们的3D纳米覆盖器较差的常规透镜纤维，用于使用SOI，Si_3N_4和基于INP的光子集成电路的单模纤维的低损耗边缘耦合。它们也更加强大，因为它们允许对接耦合而不是自由空间耦合。非线性锥形剖面允许缩短令人困难的人的长度，同时保持其性能。我们还展示了3D纳图上涂布器，允许松弛横向未对准耐受性。

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《Conference on Optical Interconnects》|2021年|116920M.1-116920M.11|共11页
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J.Van Erps; K.Vanmol; T. Baghdasaryan; N.Vermeulen; H.Thienpont;
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3D nanoprinting; laser direct writing; two-photon polymerization; interfacing structures; polymer waveguides; fiber-to-PIC interfacing; mode conversion; edge coupling; photonic integrated circuits;

机译：3D纳蒙丁;激光直接写作;双光子聚合;界面结构;聚合物波导;光纤到PIC界面;模式转换;边缘耦合;光子集成电路;

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专利

1. Low-loss coupling between two single-mode optical fibers with different mode-field diameters using a graded-index multimode optical fiber [J] . Arash Mafi, Peter Hofmann, Clemence Jollivet Salvin, Optics Letters . 2011,第18期

机译：使用渐变折射率多模光纤在具有不同模场直径的两个单模光纤之间进行低损耗耦合
2. Low-loss fiber-to-chip interface for lithium niobate photonic integrated circuits [J] . He Lingyan, Zhang Mian, Shams-Ansari Amirhassan, Optics Letters . 2019,第9期

机译：用于铌酸锂光子集成电路的低损耗纤维对接接口
3. 2-D taper for low-loss coupling between polarization-insensitive microwaveguides and single-mode optical fibers [J] . Vivien L., Laval S., Cassan E., Journal of Lightwave Technology . 2003,第10期

机译：二维锥度，用于偏振不敏感的微波波导和单模光纤之间的低损耗耦合
4. Mode-field matching design, 3D fabrication and characterization of down-tapers on single-mode optical fiber tips for coupling to photonic integrated circuits. [C] . Koen Vanmol, Kumar Saurav, Vivek Panapakkam, Conference on 3D Printed Optics and Additive Photonic Manufacturing . 2020

机译：用于耦合到光子集成电路的单模光纤尖端的模场匹配设计，3D制造和锥度表征。
5. Wavelength-agile photonic integrated circuits for all-optical wavelength conversion. [D] . Masanovic, Milan L. 2004

机译：用于全光波长转换的波长捷变光子集成电路。
6. Low-Loss Photonic Reservoir Computing with Multimode Photonic Integrated Circuits [O] . Andrew Katumba, Jelle Heyvaert, Bendix Schneider, -1

机译：采用多模光子集成电路的低损耗光子储层计算
7. Polymer micro-lenses as an long-coupling-distance interfacing layer in low-cost optical coupling solution between optical fibers and photonic integrated waveguide circuits [O] . Andrzej Kaźmierczak, Mateusz Słowikowski, Krystian Pavłov, 2019

机译：聚合物微透镜作为光纤和光子集成波导电路的低成本光学耦合溶液中的长耦合距离接口层
8. Single-Mode Optical Fiber Coupling of High-Power Tapered Gain Region Devices [R] . Livas, J. C., Chinn, S. R., Kintzer, E. S., 1994

机译：高功率锥形增益区器件的单模光纤耦合

3D nanoprinting of mode-field conversion tapers for low-loss optical interfacing of single-mode fibers and photonic integrated circuits

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