Abstract
Crosstalk mechanisms due to imperfections of the output demultiplexer in a 1550-mm wavelength-division multiplexed system are explored for the cable television frequency range of 50-800 MHz. Analytic and experimental results show significant crosstalk caused by the output demultiplexer: transmission slope following cross-phase modulation in the fiber, polarization-dependent loss following nonlinear polarization rotation in the fiber, and imperfect channel isolation. The crosstalk mechanism of transmission slope following cross-phase modulation is newly identified here.
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