Arranging many optical channels spatially resolved in the same waveguide is a simple means for high capacity transmission.1,2 All channels can be modulated in the same frequency band as long as the
A transmission model of outside plant wire pair cable systems which includes direct crosstalk is developed here.
One of the earliest analyses of crosstalk in coupled transmission lines was made by Campbell j1 later Shelkunoff and Odarenko2 used a similar method to analyze the crosstalk in coaxial structures.
Crosstalk noise, due to the finite dimension of the recording medium, is a fundamental limitation to storage capacity in volume holographic memory.
We report the measurement of directional coupler crosstalk at multi-gigahertz frequencies using an optical sampling method for improved sensitivity.
Crosstalk 011 open-wire lines results from cross-induction between the circuits due to the electric and magnetic fields surrounding the wires.
Crosstalk penalties as a function of channel spacing were measured in a two-channel ASK heterodyne system using 1.55micron DFB lasers.
Fabrication induced phase errors of arrayed waveguide gratings have been reduced using UV-trimming of grating waveguides.
We assess the tolerance of an optical MIMO system to crosstalk from other, nominally isolated MIMO systems to trade optical component crosstalk specifications with MIMO digital signal processing co
We demonstrate a novel Y-branch digital switch with a double-etch and dual-taper waveguide structure to greatly enhance the loss and crosstalk performance.
