Statistics of the system performance in a scrambled recirculating loop with PDL and PDG
Y Sun, AO Lima, IT Lima, J Zweck, L Yan… - IEEE Photonics …, 2003 - ieeexplore.ieee.org
Y Sun, AO Lima, IT Lima, J Zweck, L Yan, CR Menyuk, GM Carter
IEEE Photonics Technology Letters, 2003•ieeexplore.ieee.orgWe have demonstrated that with the loop-synchronous scrambling technique, the Q
distribution of a recirculating loop closely resembles that of a straight-line system. By
carefully choosing the scrambling rate, we show that slow scrambling at the transmitter
improves the system performance and reduces the performance variation. We investigate
the system performance for different polarization-dependent loss (PDL) levels and obtain
excellent agreement between the experimental and simulation results. Our results show, for …
distribution of a recirculating loop closely resembles that of a straight-line system. By
carefully choosing the scrambling rate, we show that slow scrambling at the transmitter
improves the system performance and reduces the performance variation. We investigate
the system performance for different polarization-dependent loss (PDL) levels and obtain
excellent agreement between the experimental and simulation results. Our results show, for …
We have demonstrated that with the loop-synchronous scrambling technique, the Q distribution of a recirculating loop closely resembles that of a straight-line system. By carefully choosing the scrambling rate, we show that slow scrambling at the transmitter improves the system performance and reduces the performance variation. We investigate the system performance for different polarization-dependent loss (PDL) levels and obtain excellent agreement between the experimental and simulation results. Our results show, for the first time, that the repolarization of the noise due to significant PDL causes an asymmetric Q-factor distribution.
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