… narrow pulses. We also find that in the presence of timing jitter and tracking, orthogonal 4-ary
pulse … binary offset PPM at all jitter levels in thermal and pulse noise. Simulation results are …

… timing jitter characterization of optical pulse trains with subfemtosecond resolution, and has
been successfully used for timing jitter … of intracavity pulse dynamics on timing jitter over the …

… To characterize the timing jitter, we focus the two pulse trains so that they cross in a thin
BBO crystal cut for sum frequency generation (type I SFG). The crossed-beam geometry …

… We demonstrate sub- 100 - as timing jitter optical pulse trains … At − 0.002 ( ± 0.001 ) ps 2 net
cavity dispersion, the rms timing jitter … to the lowest rms timing jitter measured from any mode-…

… We obtain an expression for rms timing jitter in terms of the pulse shape g(t) at the input to
the squarelaw device and the impulse response h(t) of the narrowband filter tuned to the pulse …

… In Section V, we analyze various techniques used to estimate the rms timing jitter from
intensity pulse train power spectra. Both in Section IV and V we compare our results to the results …

… In cases of localized timing jitter and high signal-to-noise ratio, we are led to system pulse
… In Sections IV and V we consider two special kinds of timing jitter without imposing a …

… Timing jitter is an important factor in determining the limit of speed and scale of single-flux-quantum
circuits. We estimated the timing jitter by a … the existence of a finite timing jitter. 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 …

… of timing jitter on time-hopping in a UWB setting. In this paper we consider the effects of timing
jitter on … radio is very sensitive to timing jitter, at least in part due to the very narrow pulses. …