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Semiconductor laser array to fibre array coupling via diffractive microlenses

机译:半导体激光阵列通过衍射微透镜耦合光纤阵列耦合

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The authors have shown that there are considerable difficulties in forming satisfactory arrays of conventionally lensed fibres and that the traditional means of coupling single fibres to single devices are not practical for arrays. They have also shown how an array of Fresnel lenses has been produced in quartz and also how such an array may be formed to include an integral fibre alignment structure. At present the lenses produced show coupling efficiencies between 30 degrees FWHP semiconductor lasers and cleaved singlemode fibres of 34%. This is less than the 60% that can be achieved with a good lensed fibre but such an array could be used when high coupling is not required. Further development is required to increase the coupling efficiency. It has also been shown how a lensed array may be utilised in a package using laser welding as the fixing technology.
机译:作者表明,在形成常规透镜纤维的令人满意的阵列方面存在相当大的困难,并且将单纤维耦合到单个装置的传统方法对于阵列不实用。它们还示出了如何在石英中产生的菲涅耳透镜阵列以及这种阵列如何形成为包括整体纤维对准结构。目前,镜片在30度FWHP半导体激光器之间产生耦合效率,并切割单纤维纤维为34%。这小于60%可以通过良好的透镜光纤实现,但是当不需要高耦合时,可以使用这种阵列。需要进一步发展来提高耦合效率。还示出了如何使用激光焊接作为固定技术在封装中使用镜头阵列。

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