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Three dimensional confinement technology based on buried patterned AlOx layers: Potentials and applications for VCSEL arrays

机译:基于掩埋图案化的AlOx层的三维约束技术:VCSEL阵列的潜力和应用

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摘要

A new planar technology for flexible and versatile confinement design schemes based on patterned oxide layers is presented. This method of electrical and optical confinement is an improvement over the conventional and widely used lateral oxidation, since it allows to define, from a planar surface, the confined areas. This new technique is particularly suitable for the realization of integrated photonic components arrays such as for VCSELs. First demonstrations show that the oxidation and epitaxial regrowth can be sequenced in a device process flow, leading to successful confinement while preserving good radiative properties.
机译:提出了一种新的平面技术,用于基于图案化氧化层的灵活,通用的封闭设计方案。这种电和光限制方法是对常规和广泛使用的侧向氧化的一种改进,因为它允许从平面上定义限制区域。这项新技术特别适合于集成光子组件阵列的实现,例如VCSEL。最初的演示表明,可以在设备工艺流程中对氧化和外延再生进行排序,从而在保持良好的辐射特性的同时成功进行了限制。

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