Abstract
A model describing transmission of intensity- and frequency-modulated light through a birefringent single-mode fiber with polarization-mode coupling is presented. It is shown that the distortion caused by the presence of uniform mode coupling is negligible. Polarization-mode-dispersion figures of the order of 40 psec and source wavelength shift of 0.1 nm will, in the worst-case situation, limit the bandwidth to 12 GHz with total harmonic distortion of −80 dB.
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