… Christen, and AE Willner, “Beyond 40-GHz return-to-zero optical pulse-train generation
using a phase modulator and polarization-maintaining fiber,” IEEE Photon. Technol. Lett., vol. …

… pulse generation was associated with self-bunching, and the mutual influence of different parts
of the electron pulse … The initial observation of 75-GHz, 10–15-MW radiation pulses with a …

… In this paper, we demonstrated the Sub-GHz UWB pulse using the pulse combination
method which complies with FCC regulations. A Sub-GHz band has remarkable features for …

… Passively mode-locked pulse generations were experimentally demonstrated.… In this study,
we demonstrate almost transform-limited pulse generation by mode-locked semiconductor …

… Abstract—We have experimentally achieved the 8.3 ps ultra short pulse at 10 GHz repetition
rate with the time jitter as low as 590 fs in an actively mode locked fiber ring laser. The ring …

… In conclusion, high quality pulse trains have been generated at 20 GHz and 40 GHz by means
of the … Finally, we have generated a low duty-cycle 1.5-ps 40-GHz pulse train by using a …

… VECSELs are potentially cheap, however they allow pulse generation at low pulse energies.
In addition, suitable pulses for UWB applications can also be generated by modulating a …

… a stable 40 GHz pulse train at 1550 nm by spectral filtering of a 10 GHz mode‐locked pulse
source … A high finesse FFPI with a 40 GHz free spectral range blocks successfully unwanted …

… -ps pulses at a repetition rate of 10 GHz. The technique begins with 20-ps pulses carved by
… As such, high-quality low-pedestal compressed pulses can be produced in a shorter span of …

… pulse of the baseband signal expands because its amplitude is the squared sum of D(t −t−2)
and D(t − t+2), while the signal pulse carried by the 40 GHz … baseband signal pulse while …