This paper describes the theoretical and experimental study of an optical time domain
reflectometry (OTDR) in a single-mode fiber. The maximum measurable distance by the …

The best monomode optical fiber links have bandwidths orders of magnitude greater than
that of the information currently transmitted over them. This excess bandwidth can be …

GeAPD optical receiver sensitivity at 1.3 μm was studied up to 2 Gbit/s. High sensitivity of the
receiver and a low coupling loss of 4 dB between a laser and a single-mode fibre achieved …

An experiment has been performed over 102 km of low-loss monomode fibre at 140 Mbit/s
using an injection-locked source at 1.52? m. The experiment showed that long-haul …

Experimental comparison of a germanium avalanche photodiode and InGaAs PINFET
receiver for longer wavelength optical communication systems × Close The Infona portal uses …

A method for the solution of the discontinuity problem of SH modes in an elastic plate
waveguide is described The approach is a combination of the finite-element and the …

High-speed pulse response and receiver sensitivity at 1.55 μm were measured at data rates
ranging from 400 Mbits/s to 2 Gbits/s, in order to elucidate characteristics of a reach-through …

The high sensitivity of a Ge APD optical receiver, and dispersion-free fibres at a minimum
loss wavelength of 1.55 μm, made it possible to achieve 51.5 km optical signal transmission …

A laser light injection technique was studied to realize a semiconductor laser transmitter
oscillating in a 1.55 μm single-longitudinal mode. When-15 dBm optical power was injected …

Characteristics of dispersion free single-mode fibers in the wavelength regions 1.5 and 1.3
μm are compared experimentally and theoretically. We consider the influence of the …