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Self-Alignment of Optical Devices With Fiber for Low-Cost Optical Interconnect Modules

机译:用于低成本光学互连模块的带有光纤的光学设备的自对准

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摘要

We propose a novel self-alignment process of optical devices with optical fiber. A vertical-cavity surface-emitting laser (VCSEL) was automatically coupled with a multimode fiber (MMF) through the surface tension of a liquid adhesive within 1.5 s. Misalignment between the center of the VCSEL and the fiber was measured to be 15 mum, which is acceptable for coupling the VCSEL with the MMF. High-speed pulse modulation of the self-aligned VCSEL up to 5 Gb/s, as well as at 1 Gb/s, was demonstrated. The average optical output power was as high as -5.9 dBm at 1 Gb/s.
机译:我们提出了一种新颖的带有光纤的光学器件自对准过程。垂直腔表面发射激光器(VCSEL)在1.5 s内通过液体粘合剂的表面张力自动与多模光纤(MMF)耦合。 VCSEL的中心与光纤之间的未对准测量为15微米,这对于将VCSEL与MMF耦合是可以接受的。演示了高达5 Gb / s以及1 Gb / s的自对准VCSEL的高速脉冲调制。 1 Gb / s时的平均光输出功率高达-5.9 dBm。

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