Quantum cascade lasers of λ ≈ 14µm based on three-phonon-resonance design

B. Meng, Qijie Wang
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Abstract

We report the design and demonstration of ~14 μm quantum cascade lasers based on the three-phonon-resonance active region design. The as-cleaved device with 40 periods of active region and size of 3.8 mm×28μm shows ~10 mW peak power at 280 K and maximum working temperature of 295 K. Due to the Stark effect, the laser wavelength blue-shifts from 13.75 to 13.4 μm for temperature changing from 200 K to 295 K at around roll-over current density, with characteristics temperature of 440 K.
基于三声子共振设计的λ≈14µm量子级联激光器
本文报道了基于三声子共振有源区设计的~14 μm量子级联激光器的设计和演示。该器件具有40个周期的有源区,尺寸为3.8 mm×28μm,在280 K时峰值功率为~10 mW,最高工作温度为295 K。由于Stark效应,在滚转电流密度为440 K时,当温度从200 K变化到295 K时,激光波长蓝移从13.75 μm到13.4 μm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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