We describe a novel technique for measuring pulse delay in single-mode fibers. Relative
time delay changes between different wavelengths are used to determine dispersion on …

We describe a novel technique for measuring dispersion in low-loss single-mode fibers in
the 1.1-1.3\mu m spectral region. The spatial equivalent of the pulse delay time as a function …

We describe a novel technique of measuring dispersion in single-mode fibres using
picosecond pulses generated by a temperature tuned LiNbO3 optical parametric oscillator …

We describe a new method for measuring group-delay differences between the modes of an
optical fiber of the order of I psec. This is accomplished by Fourier analyzing the intensity …

Subpicosecond measurement of response of optical fibres × Close The Infona portal uses
cookies, ie strings of text saved by a browser on the user's device. The portal can access …

A simple technique for measuring optical fibre dispersion (or pulse spectrum if fibre
dispersion is known) is demonstrated. Ultra-short pulses are linearly dispersed in the fibre …

Low-loss glass fibers are a prospective transmission medium for optical communication
systems. To study their dispersion characteristics, we investigated the propagation of short …

The wavelength dependence of the group delay in a multimode silica fiber was determined
from the wavelength‐dependent phase shift of the sinusoidally modulated light transmitted …

Highly accurate group delay measurements in long single-mode fibers were achieved over
the full 1200-1600 nm spectral range by measuring phase shifts of a modulated lightwave …

Repeater spacing in an optical transmission system can be maximized if the transmission
wavelength lies as close to the zero-dispersion and loss-minimum wavelength as possible. It …