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Efficiency and threshold current optimization for 850 nm oxidized VCSELs using a mirror etching technique

机译:使用镜蚀刻技术的850nm氧化Vcsels的效率和阈值电流优化

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Owing to their commercial application to data links, 850 nm VCSELs have been studied extensively to improve the efficiency and reduce the threshold current. However, there are significant tradeoffs that must be made between these two parameters in a VCSEL design. To optimize the VCSELs performance, the DBR design is optimized based on the calculated reflectivity. In this presentation, we report the experimental optimization VCSEL design for a given active region design using mirror etching technique. The data illustrate the design tradeoffs and result in very high performance devices.
机译:由于其对数据链路的商业应用,已经广泛研究了850nm VCSEL以提高效率并降低阈值电流。但是,在VCSEL设计中必须在这两个参数之间进行重要的权衡。为了优化VCSEL性能,基于计算的反射率优化DBR设计。在本演示中,我们通过镜像蚀刻技术报告了对给定的有源区域设计的实验优化VCSER设计。数据说明了设计权衡并导致非常高的性能设备。

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