Demonstration of violet-DFB laser with fairly small temperature dependence in current-light characteristics

Toshihiko Fukamachi, Junichi Nishinaka, Koichi Naniwae, Shuichi Usuda, Haruki Fukai, Akihiko Sugitani, M. Uemukai, T. Tanikawa, R. Katayama
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Abstract

We have developed the GaN-based distributed feedback laser diode (DFB-LD) with the detuning of +5 nm to obtain smaller temperature dependence of the threshold current. We found that the current-light characteristics almost overlapped up to 300 mW between 25○C and 80○C. The estimated characteristic temperature is about 2550 K. These indicate that our DFB-LD is promising for applications that require small temperature dependence in the output power and oscillation wavelength at constant operation current without precise temperature control.
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演示了电流-光特性与温度相关性相当小的紫光-DFB 激光器
我们开发了基于氮化镓的分布式反馈激光二极管(DFB-LD),其失谐为 +5 nm,以获得较小的阈值电流温度依赖性。我们发现,在 25 ○C 和 80 ○C 之间,电流-光特性几乎重叠,最高可达 300 mW。这表明我们的 DFB-LD 很有希望应用于需要在恒定工作电流下输出功率和振荡波长具有较小温度依赖性而无需精确温度控制的场合。
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