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Room-temperature continuous-wave operations of GaN-based vertical-cavity surface-emitting lasers with buried GaInN tunnel junctions

机译:GaN的垂直腔表面发射激光器的室温连续波操作,埋藏增益隧道连接

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We report GaN-based vertical-cavity surface-emitting lasers (VCSELs) with buried GaInN tunnel junctions (TJs). Under room-temperature continuous-wave operation, the VCSEL with an 8 mu m aperture exhibited a low operating voltage of 5.3 V at 10 kA cm(-2)and a differential resistance of 110 omega. In addition, the VCSEL with a 10 mu m aperture showed a threshold current of 14.4 mA and a peak output power of 2.0 mW. An influence of an absorption loss at the GaInN TJ on laser performance was estimated using an analysis of a one-dimensional optical intensity profile based on a cross-sectional STEM image.
机译:我们用掩埋的Gainn隧道连接(TJ)向GaN的垂直腔表面发射激光器(VCSEL)报告。在室温连续波操作下,具有8μm孔径的VCSEL,在10ka cm(-2)下,具有5.3V的低工作电压和110ω的差分电阻。另外,具有10μm孔径的VCSEL显示为14.4 mA的阈值电流和2.0mW的峰值输出功率。利用基于横截面杆图像的一维光学强度分布的分析估计了对激光性能的吸收损失对激光性能的影响。

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