Post Fabrication Permanent Laser Trimming of Silicon Nitride Photonic Devices

G. De Paoli, S. L. Jantzen, T. D. Bucio, I. Skandalos, C. Holmes, Peter G. R. Smith, M. Milosevic, F. Gardes
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Abstract

We demonstrated the possibility of trimming the operating wavelength of nitrogen-rich silicon nitride racetrack resonators by exposing the devices to an ultraviolet laser. The results revealed that in a few seconds only, the resonant wavelength of fabricated devices could be tuned to any point within a free spectral range. This technique can also be applied to trim the response of any other silicon photonic device based on nitrogen-rich silicon nitride.
氮化硅光子器件制造后永久激光修整
我们展示了通过将富氮氮化硅赛道谐振器暴露在紫外激光下来修剪其工作波长的可能性。结果表明,在几秒钟内,制造的器件的谐振波长可以调谐到自由光谱范围内的任何一点。这项技术也可以应用于修整任何其他基于富氮化硅的硅光子器件的响应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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