A model of a single-mode Fabry-Perot semiconductor laser that predicts laser performance
in analog transmission has been developed. The model is based on a time domain …

A quantitative comparison has been made, both theoretically and experimentally, of signal-
induced noise in high-frequency, single-mode fiber-optic links using directly modulated …

A scheme for using semiconductor laser amplifiers for simultaneous compensation of both
the fibre loss and the fibre dispersion in the 1.5 mu m region is proposed and demonstrated …

A novel technique to improve an analog optical transmission performance by reducing both
the nonlinearity and chromatic dispersion induced carrier suppression has been proposed …

A laser light injection technique was studied to realize a semiconductor laser transmitter
oscillating in a 1.55 μm single-longitudinal mode. When-15 dBm optical power was injected …

Laser phase noise conversion to intensity noise due to fiber chromatic dispersion is
analyzed by deriving the noise power spectral density. Theory predicts that the phase …

For analog optical transmission, the multimode laser diode (LD) has been thought better
because of Its low coherence. We report that the link using a distributed feedback laser …

For a semiconductor laser oscillating predominantly in a single longitudinal mode, the
reflection feedback from the far end of an optical fiber generates closely spaced side modes …

The transmission characteristics of optical fiber connectors are analyzed in detail in order to
calculate nonlinear distortions and noise due to instable speckle patterns. The fluctuation …

The capability of a birefringent fiber loop to suppress the pattern effect in a semiconductor
optical amplifier is experimentally demonstrated. The results verify that compared to direct …