Abstract
A direct frequency-modulated (FM) laser diode light source without light
power variation is developed. The amplitude variation of the FM laser diode is
compensated by means of a feedback system with use of a superluminescent diode
as an external light power controller. Output power greater than 1 mW is
obtained at the modulation frequency to 5 kHz with a >10 stabilization
factor. By use of the amplitude-stabilized FM laser diode, we measured
subfringes with high accuracy in FM continuous wave interferometry, increased
the dynamic range of the displacement measurement, and improved the
stabilization factor in the laser diode feedback
interferometer.
© 1997 Optical Society of America
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