A Hybrid Laser Integration Approach for Miniature Photonic Sensors

J. Tao, C. Choong, Tao Sun, H. Cai, Navab Singh, Y. Gu
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Abstract

Hybrid laser integration with optical MEMS chips and silicon photonic (SiP) circuits are important for many miniature devices, such as micro-sensor, optical transmitter module. Here, we demonstrated a flexible approach for hybrid integrating laser chip onto silicon device by use of flip-chip bonding method to build a MEMS tunable laser and a miniature silicon optical bench (SiOB) for SiP devices. The maximum coupling efficiency is up to 76.5% and 81.5% for these two devices, respectively. It provides a low cost, miniature, and reliable solution for large-scale deployments Place abstract here: usually a single paragraph summarizing the problem, approach, and results that are in the paper.
微型光子传感器的混合激光集成方法
光学MEMS芯片与硅光子(SiP)电路的混合激光集成对于许多微型器件,如微传感器、光发射模块等具有重要意义。在这里,我们展示了一种灵活的将激光芯片混合集成到硅器件上的方法,该方法使用倒装芯片键合方法来构建用于SiP器件的MEMS可调谐激光器和微型硅光学平台(SiOB)。两种器件的最大耦合效率分别达到76.5%和81.5%。它为大规模部署提供了一种低成本、微型和可靠的解决方案。将摘要放在这里:通常用一段话总结论文中的问题、方法和结果。
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