Dispersion reduction in single-mode-fibre links × Close The Infona portal uses cookies, ie
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The possibility of minimising total dispersion near 1.3? m in truly single-mode fibres is
examined. It is also shown that dispersion-free single-mode fibres can be obtained at 1.7 …

Single-mode-fibre designs with segmented core for achieving simultaneously low loss and
dispersion are described. Results showing dispersion flattening of? 1.5 ps/km nm over a 280 …

The performance of dispersion-shifted triangular-and step-index-profile fibres is compared. It
is predicted that operation near a V-value of half the cutoff value gives a fibre that has low …

For single-mode fibres the standard deviation of dispersion at the nominal zero-dispersion
wavelength depends strongly on the dispersion slope. For dispersion-shifted fibres, optimum …

The combined effects of composite material dispersion, profile and waveguide dispersion
can be made zero at a wavelength which depends on core diameter, refractive-index profile …

Constraints exist for the fundamental-mode spot size for broadband dispersion-
compensated fibres because of the relationship between dispersion and spot size …

Wavelength dispersion in a single-mode fibre has been evaluated by measuring
propagation times of various-wavelength pulses transmitted through a 3.72 km-length fibre …

A novel dispersion-reduction technique using subcarrier multiplexing and optical prefiltering
is described. Measured results from a data link demonstrate that a pair of independent 2.5 …

Low-loss dispersion-free single-mode fibers near 1.5 µm were fabricated by controlling their
waveguide dispersion. The deviation of the zero-dispersion wavelength from the calculated …