… pulse timing fluctuations of a Nd:YAG CW-mode-locked laser … Stabilizer design considerations
include the laser phase … , and spurious detection of the laser amplitude noise by the loop …

… This detection response time also depends to a small extent on the optical signal … provide
sub-picosecond timing stability in connection to the laser pulses 8–150 ps long once the laser …

… the round-trip time in the dye laser [10, 11] … laser which determines the pump-pulse repetition
rate and the cavity length of the dye laser which controls the round-trip time of the dye-laser …

… width and time fluctuation should be stabilized around a … second important factor in oscillation
stability. Figure 4 shows the … experiment did not have a long time stability of polarization. …

… With this electronic phase compensation technique, the timing fluctuation performance and
stability of our atmospheric frequency transfer will be improved significantly, compared to the …

… laser ranging and laser time transfer ground to space 4 – the ultimate requirement is an active
area diameter of 200 μm and a sub-picosecond stability of timing. … on the timing stability of …

… The stability of the transmission link is very important for a time-frequency distribution system.
Therefore, we calculated the Allan Deviations for our free space frequency distribution link …

… mode-locked laser diode (MLLD) has excellent features including high repetition frequencies
exceeding several tens of GHz, short pulse width on the order of subpicoseconds and …

… , the time interval is first roughly digitized by a coarse counter driven by a high-stability …
To assess the timing stability, a moving average filter with a length of 1 h (72000 samples) …

… -top laser synchronization [13], the two-color BOC method allows us to characterize the timing
stability of the phase-locked FEL–table-top laser … free-electron laser and a subpicosecond-…