Polarization Mode Dispersion in Optical Fiber - Garg, Roopali
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In Polarization-Mode Dispersion, various polarization states of the optical signal propagate at different velocities. PMD affects the transmission quality by spreading the signal pulses and, therefore raising the BER of the system. Its effects prevent many present day optical systems from using high bandwidth transmission. PMD can be a serious limitation to the system performance and particularly when the system is upgraded.The AutoCorrelation Function of the PMD vector, gives the exact knowledge of the bandwidth over which first-order PMD is applicable. PMD compensators offer benefits by reducing PMD induced pulse broadening.…mehr

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Produktbeschreibung
In Polarization-Mode Dispersion, various polarization states of the optical signal propagate at different velocities. PMD affects the transmission quality by spreading the signal pulses and, therefore raising the BER of the system. Its effects prevent many present day optical systems from using high bandwidth transmission. PMD can be a serious limitation to the system performance and particularly when the system is upgraded.The AutoCorrelation Function of the PMD vector, gives the exact knowledge of the bandwidth over which first-order PMD is applicable. PMD compensators offer benefits by reducing PMD induced pulse broadening.
Autorenporträt
Roopali Garg is Gold Medalist from PEC University. Presently,she is Coordinator of Department of IT at UIET, Panjab University, Chandigarh. She has more than thirty Research papers to her credit having been Published/Presented in reputed Journals/Conferences of the likes of IEEE explore. Her area of research is Optical and Wireless Communication.