The analysis of microwave signal distortions in on-board satellite radio-photon FOCLs is carried out, nonlinear effects in a laser source, chromatic dispersion in a fiber, polarization mode dispersion, intermode spread of group wave velocity values in a fiber, nonlinear signal distortions in an optical fiber are considered. The four-wave mixing effect and frequency and nonlinear distortions in the photodetector are also analyzed. Emphasis is placed on the need to linearize both intermodulation amplitude and energy characteristics of signal transmission paths.
nonlinear effects, laser source, chromatic dispersion, polarization mode dispersion, intermode spread of group velocity, four-wave mixing effect, photodetector
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