We show that the tolerance to in-band crosstalk due to a slight misalignment of the filtering function can be relaxed.
ROSSTALK and noise are important factors in cable carrier transmission as outlined in the paper "A Carrier Telephone System for Toll Cables" by Messrs. C. W. Green and E. I. Green.
This technical memorandum reports an experimental study on the crosstalk in a two-channel ASK heterodyne detection system where the effect of laser phase noise is negligible.
In spite of the geometrical and electrical symmetry of the coaxial circuit and the excellent shielding properties of the outer conductor, a part of the electromagnetic energy escapes from the circu
C O A X I A L line consists of an outer conducting tube which envelops a centrally disposed inner conductor.
The performance of a 1.5micron Fabry-Perot type laser amplifier having two input signals at different wavelengths is experimentally studied.
In an earlier paper1 I discussed the crosstalk between optical dielectric waveguides based on the directional coupler mechanism.
Bit-error-rate measurements on a two channel optical transmission system using a low-reflectivity laser amplifier are presented.
We present BER measurements and crosstalk penalties in a two- channel ASK system using 1.55microns DFB lasers and a semiconductor laser amplifier.
OR a number of years the problem of crosstalk summation in long open-wire lines or cables has been studied by measuring crosstalk, in phase and magnitude, in short lengths.
