Factory Direct modulation is defined as a method in fiber optic communication where the laser power is varied between low and
Factory In this paper, we propose the sinusoidal frequency modulation on a laser diode (LD) to achieve both frequency stabilization of the LD
Factory A theoretical investigation has been carried out for both the direct sinusoidal modulation and associated noise
Factory Abstract In sinusoidal phase-modulating laser diode interferometers, an injection current of a laser diode is
Factory We propose a sinusoidal phase modulating laser diode interferometer that is insensitive to vibrations of the optical
Factory In this paper, we propose the use of sinusoidal phase (frequency) modulation on a laser diode (LD) to achieve both the frequency
Factory Abstract In sinusoidal phase modulating laser diode (LD) interferometer, the injection current of the LD is sinusoidally
Factory Here, we study the case of an optically injected laser with a simple single-tone modulation term added to the injection
Factory In a conventional laser-diode sinusoidal phase-modulating (LD-SPM) interferometer, the wavelength of the LD is
Factory We first consider a single-tone sine modulation amplitude of the optical injection, and explore its impact on the laser
Factory Laser diode response to deep sinusoidal injection current modulation is investigated both theoretically and experimentally. By the
Factory Abstract In a conventional sinusoidal phase-modulating laser-diode (SPM-LD) interferometer, the wavelength of the LD
Factory We study the output of a semiconductor laser with optical feedback operated in the low-frequency fluctuations (LFFs)
Factory Although both types of modulation deal with continuous wave laser diodes, the location of the modulation before or after the laser
Factory In sinusoidal phase modulating laser diode (LD) interferometer, the injection current of the LD is sinusoidally modulated
Factory Chirp occurs when directly driving a laser, the change in carrier density changes the effective index of refraction, and thus the
Factory linear distortions in directly modulated laser diodes. This, thus, establishes a fundamental lower limit to the amount of distortion
Factory The dynamics of semiconductor lasers with optical feedback and current modulation has been extensively studied,
Factory One of the important advantages of semiconductor lasers is that they can be directly modulated; i.e., one
Factory Share this article Article information Abstract We propose the use of the sinusoidal frequency modulation technique to
Factory An all-fiber sinusoidal phase modulating LD interferometer for real-time displacement measurement is proposed
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