A diode laser with an external high-Q microcavity

V. Velichansky, A. Yarovitsky, L. Hollberg, M. Gorodetsky, V. Ilchenko
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Abstract

The applications of diode lasers (DL) have recently become much wider because methods for linewidth narrowing have been developed. One of the most effective methods relies on the optical feedback. Two modifications providing the same degree of narrowing are known: 1) an increase of the cavity Q-factor by increasing the cavity length without a significant change of the number of passes (strong coupling to an external cavity); 2) weak coupling to an external high-Q multipass cavity. We report on using a fused silica microsphere with the diameter of 370 um as an external high-Q cavity.
外置高q微腔的二极管激光器
近年来,由于线宽变窄方法的发展,二极管激光器的应用越来越广泛。其中最有效的方法之一是依靠光反馈。已知两种提供相同窄化程度的修改:1)通过增加腔长而不显着改变通道数量(与外部腔强耦合)来增加腔q因子;2)弱耦合到外部高q多通腔。我们报告了使用直径为370微米的熔融二氧化硅微球作为外部高q腔。
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