摘要
Dispersion and dispersion slope compensation of 10-Gb/s pulses using microstructure fibers （MFs） is demonstrated experimentally. A 26-m MF is used to compensate the dispersion of 2-km standard singe mode fiber in a 20-nm range in C band. The experimental results show that a significant improvement can be achieved in the quality of the observed pulses with the dispersion compensation. Moreover, the further research shows that the MF can compensate the anomalous dispersion of a single mode fiber within 4-0.27 ps/（nm.km） over a 50-nm wavelength range from 1520 to 1570 nm.
Dispersion and dispersion slope compensation of 10-Gb/s pulses using microstructure fibers （MFs） is demonstrated experimentally. A 26-m MF is used to compensate the dispersion of 2-km standard singe mode fiber in a 20-nm range in C band. The experimental results show that a significant improvement can be achieved in the quality of the observed pulses with the dispersion compensation. Moreover, the further research shows that the MF can compensate the anomalous dispersion of a single mode fiber within 4-0.27 ps/（nm.km） over a 50-nm wavelength range from 1520 to 1570 nm.
基金
This work was supported by the National Basic Re-search Program of China (No. 003CB314900)
the Key Grant Project of Chinese Ministry of Ed-ucation (No. 104046)
