… (ie, pulse timing jitter) … pulse train in the presence of pulse width jitter. Based on this result,
we propose an extension of the time-domain demodulation technique for measuring pulse …

… timing noise spectrum of the two pulse trains, S Δ t f , is … 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 …

… 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 train …

… timing jitter optical pulse trains from 78 MHz free-running mode-locked Er-fiber lasers. The
high-frequency timing jitter … nm center wavelength, the rms timing jitter is measured to be 70 as …

… shaping by a slow saturable absorber significantly contribute to timing jitter. It … to timing jitter
of optical pulse trains. Moreover, it is desirable to know to what extent the current timing jitter …

… As further evidence that the observed rf noise spectrum is due to timing jitter, we use a rf
shifter to delay the phase modulation envelope by 180 and see that the timing jitter worsens …

… timing jitter from femtosecond lasers. An analytical model governing dual femtosecond laser
TOF distance measurement in the presence of pulse train timing jitter … pulse train timing jitter …

… and tracking, at least in part due to the very narrow pulses. We also find that in the presence
of timing jitter and tracking, orthogonal 4-ary pulse … , is encoded in the pulse train by delaying …

… Under the assumption of small noise, and therefore, a stable pulse train, we derive … timing
jitter, the power spectrum of the mode-locked pulse train, and the associated rms timing jitter. …

… The rms integration of timing jitter between the fiber laser pulse and the reference pulse was
3.7 fs in … However, timing jitter was not addressed in this work, because the experiment was …