Optical Review
Print ISSN : 1340-6000
ISSN-L : 1340-6000
Fringe Locking in a Laser Diode Interferometer under Both Mirror Vibration and Injection Current Modulation
Jiyuan LIUIchirou YAMAGUCHI
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1999 Volume 6 Issue 5 Pages 406-409

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Abstract
We have found that the fringes in a laser diode interferometer can be locked even in the presence of mirror vibration and injection current modulation. A theoretical analysis explains the fringe locking phenomenon. The dependence of wavelength change on both PZT (piezoelectric transducer) mirror vibration and the injection current variation are calculated using a model of coupled resonators consisting of the laser cavity and the interferometer. The fringe phase change caused by the vibration and modulation of the current is derived from this model, and was proven to be suppressed within much less than 2π in excess of an integer multiple of 2π.
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© 1999 by the Optical Society of Japan
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