Measurements on fundamentally-driven and harmonically-driven mode-locked lasers show
that these lasers have low timing jitter when the RF drive frequency is tuned to within the …

The locking bandwidth of an actively mode-locked semiconductor laser is a measure of its
tolerance to variations in the input drive frequency. At frequencies outside the locking …

Effect of cavity length on the locking bandwidth of high repetition rate mode-locked
semiconductor lasers | IEEE Conference Publication | IEEE Xplore Effect of cavity length on …

We have demonstrated a wide tuning range (1% of repetition frequency) of mode locked
semiconductor lasers with the biasing conditions, and have also identified the optimum …

The magnitude and origin of the pulse-to-pulse timing jitter that is added to the modulating
source by an active mode-locked laser is discussed. Residual and absolute RMS timing jitter …

A comprehensive timing jitter comparison is made for mode‐locked semiconductor lasers
using active, passive, and hybrid mode‐locking techniques in both external and monolithic …

Frequency halving in mode-locked external-cavity semiconductor lasers driven at the
second harmonic of the external cavity resonance frequency is reported. It is shown that …

Summary from only given. We show the major influence that the laser resonator has on the
phase noise, and hence timing jitter, and for similar cavity Q show the connection of the …

This paper discusses the magnitude and origin of the pulse-tepulse timing jitter that is added
to that of the modulating source by actively mode-locked lasers. Short pulse generation from …

The retiming dynamics of ultrashort pulses inside a modelocked semiconductor laser were
determined experimentally and compared to theory. The characteristic time constant …