Reducing Equalization-enhanced Phase Noise via Carrier Phase Recovery in the Presence of Variable Matched-filter Bandwidth

X. Yi, Huaiyin Wang, Jing Zhang
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Abstract

Equalization-enhanced phase noise (EEPN) can be a major limitation in coherent receivers, when the large accumulated dispersion is compensated for high baud rate signals. One unique feature of EEPN is that its phase component can be larger than the amplitude one. Then the carrier phase recovery algorithm can squeeze the phase component, and therefore, the overall EEPN is also reduced. In this paper, we show that the EEPN and its ovality are both affected by the matched filter bandwidth. The reduction of EEPN by BPS can be more pronouncing when the bandwidth is larger.
可变匹配滤波器带宽下通过载波相位恢复降低均衡增强相位噪声
均衡增强相位噪声(EEPN)是相干接收机的一个主要限制,当大的累积色散被补偿高波特率信号时。EEPN的一个独特之处在于它的相位分量可以大于幅度分量。然后,载波相位恢复算法可以挤压相位分量,因此,整体EEPN也减小了。在本文中,我们证明了EEPN及其椭圆度都受到匹配滤波器带宽的影响。当带宽较大时,BPS对EEPN的降低更为明显。
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