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High temperature (74 degrees C) CW operation of 634 nm InGaAlP laser diodes utilizing a multiple quantum barrier

机译:利用多量子势垒的634 nm InGaAlP激光二极管的高温(74摄氏度)CW操作

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摘要

A modified multiple-quantum-barrier structure has been applied to a 630-nm-band laser diode. The result is a laser exhibiting a maximum operating temperature of 74 degrees C and a threshold current of 49 mA. These characteristics correspond to a 22 degrees C increase in the operating temperature and over a 50% decrease in the threshold current, in comparison to an identical laser without a multiple quantum barrier. This is the first time, to the authors' knowledge, that a significant decrease in the threshold current of a laser has been directly attributed to the influence of a multiple quantum barrier.
机译:改进的多量子势垒结构已应用于630 nm波段的激光二极管。结果是,激光器的最高工作温度为74摄氏度,阈值电流为49 mA。与没有多重量子势垒的相同激光器相比,这些特性对应于工作温度升高22摄氏度和阈值电流降低超过50%。据作者所知,这是第一次激光阈值电流的显着降低直接归因于多重量子势垒的影响。

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