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Towards 1.0 W CW Reliable SLD at 840 nm

机译:在840 nm的1.0 W CW可靠的SLD

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摘要

The prototypes of high-efficiency SLDs with COD threshold of more than 5·10~6 W/cm~2 were investigated. Single spatial mode samples with 4 μm-wide active channel exhibited CW output power of more than 200 mW. Preliminary reliability tests at 100 mW level were successful. It was shown that in double-pass operation mode achieved using SM fiber reflector, external efficiency can be increased significantly. The estimations show that multimode SLD with 20-30 μm active channel width based on the same QW heterostructure may ensure reliable enough operation at output power level of more than 0.5W.
机译:研究了COD阈值大于5·10〜6W / cm〜2的高效SLD的原型。具有4μm宽的活动通道的单个空间模式样本呈现超过200 MW的CW输出功率。 100 MW水平的初步可靠性测试成功。结果表明,在使用SM光纤反射器实现的双通操作模式下,外部效率可以显着增加。估计表明,基于相同QW异质结构的20-30μm有源通道宽度的多模SLD可以确保在输出功率水平超过0.5W的可靠操作。

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