… loop bandwidth and propagation delay as a function of laser linewidth. In particular, the
relatively wide linewidth of semiconductor lasers … the development of semiconductor laser-based …

… -loop propagation delay makes the realization of optical phase-lock loops using semiconductor
lasers … Although optical injection locking can provide low phase error variance for wide …

… eliminates the need for optical phase or frequency shifters that … our results of phase-locking
various semiconductor lasers in … demonstrate the all-electronic control of the optical phase …

… bilized fiber laser are … semiconductor laser (SCL) using an optical phase-lock loop. The
lineshapes and frequency noise spectra of the fiber laser and the free-running and phase-locked …

… modulators, optical injection phaselocked loops, OPLL’s, and optical feedforward modulators
… paper takes the semiconductor laser OPLL from the laboratory table-top stage into a fully …

… -loop propagation delay limit optical phase-lock loop realizability with semiconductor lasers.
… Broberg, “A wideband heterodyne optical phaselocked loop for generation of 3–18 GHz …

… lasers and short loop propagation delay limit optical phase-lock loop realizability with
semiconductor lasers … Although optical injection locking can provide low-phase-error variance, its …

… Optical Phase-Lock Loops using Semiconductor Lasers … use semiconductor lasers
without external cavities or other linewidth narrowing devices in Optical Phase-Lock Loops (OFLLs). …

… operation and performance of the heterodyne optical phase-locked loop (OPLL). … lasers
have been locked at a frequency offset of 9.192 GHz by a heterodyne optical phase-locked loop. …

… and phase locking of two grating-tuned ECSL’s which have a much larger frequency jitter. In
our experiment, stable optical phase locking is achieved, phase… optical phaselocked loop for …