… - as timing jitter optical pulse trains … timing jitter is 70 as ( 224 as ) integrated from 10 kHz
( 1 kHz ) to 38.8 MHz offset frequency, when measured by a 24 as resolution balanced optical …

… ) introduce interchannel skew and timing jitter. Free-… timing problems, since matching
optical path lengths is reasonably easy for even highly parallel systems. However, signal timing …

… optical technique for pulse-to-pulse timing jitter using optical cross correlation has been used
[10]. However, the high measurement error when the time jitter … A pulse-to-pulse time jitter …

… pulses from the bit rate of an incoming data signal and to filter the noncorrelated timing jitter
… However, little information has been given on the jitter characteristics of the recovered clocks…

… optical modes after the BPF, allowing sufficient optical power to be provided to the SHD. In
addition, the timing jitter associated with the optical pulses … frequency-resolved optical gating (…

… timing jitter optical pulse trains from free-running, 80 MHz repetition rate, mode-locked Yb-fiber
lasers. Timing jitter … balanced optical cross-correlation method. The measured lowest rms …

… a 1.13 GHz repetition rate optical pulse train with 0.70 fs high-frequency timing jitter (integration …
-timing-jitter optical pulse train with gigahertz repetition rate ever measured. If this pulse …

… Balanced optical cross correlation (BOC) [7] has … timing jitter characterization of optical
pulse trains with subfemtosecond resolution, and has been successfully used for timing jitter …

… , here we measure directly the timing jitter of the pulse stream in the optical domain and
compute the corresponding RF-signal phase noise for a 10 GHz harmonic generated from the …

… The convoluted timing noise spectrum of the two pulse … timing jitter in a frequency range
from 1 Hz to B as σ Δ t B = ∫ 1 Hz B S Δ t f d f 1 / 2 . In a passband of 1 to 100 Hz, the timing jitter …