A novel spin profile for low polarization mode dispersion
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Date
2016-11-25
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National Institute of Optoelectronics
Abstract
Theoretical basis of spun fibers and their ability to reduce Polarization Mode Dispersion (PMD) are discussed. In order to overcome PMD-based problems, Amplitude Modulation Transmitted Carrier (AM-TC) profile is proposed. A comparative analysis of spin profiles is made and spin parameters giving successful results for low-PMD fibers are obtained. Simulation results show that for spin period of I m and spin amplitude of 2.76 turns/in, the proposed AM-TC spin profile provides better PMD reduction results than the conventional ones. For different modulation index values of the AM-TC spin profile, the differential group delay (DGD) obtained is under 1.4 fs.
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Keywords
Materials science, Optics, Fiber birefringence, Polarization mode dispersion, Spun fibers, PMD reduction, Fibers, Amplitude modulation, Group delay, Light transmission, Polarization, Polarization mode dispersion, Comparative analysis, Differential group delay, Low-PMD fibers, Polarization mode dispersion(PMD), Spin profile, Spun fiber, Spinning (fibers)
Citation
Sadık, Ş. A. vd. (2016). "A novel spin profile for low polarization mode dispersion". Optoelectronics and Advanced Materials-Rapid Communications, 10(11-12), 811-814.