Low noise characteristics of VSIS lasers in single-longitudinal mode

S. Matsui, H. Takiguchi, M. Taneya, O. Yamamoto, H. Hayashi, S. Yamamoto, S. Yano, T. Hijikata
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Abstract

Low noise characteristics of semiconductor lasers are reguired for optical disk systems. In generally, single longitudinal mode lasers originate large mode competition noise as the gain envelope shifts with tempurature. Still more, feedback-induced noise of a single-mode laser occur, when a little portion of the laser output reflected by an external mirror is fed back into the laser cavity1). To improve this noise characteristics, it is important to stabilize the longitudinal mode in index guided laser2). This stabilization would be atained with gain suppression of nonlasing modes caused by nonlinear optical interactions with the lasing mode3)4).
单纵模VSIS激光器的低噪声特性
光盘系统要求半导体激光器具有低噪声特性。一般情况下,单纵模激光器由于增益包络线随温度的变化而产生较大的模竞争噪声。此外,当一小部分激光输出被外反射镜反射回激光腔中时,单模激光器还会产生反馈诱导噪声。为了改善这种噪声特性,稳定折射率制导激光器的纵向模式是很重要的。这种稳定可以通过抑制非激光模式的增益来实现,这种增益抑制是由与激光模式的非线性光学相互作用引起的(3)4)。
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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