首页> 外文会议>2011 International Conference on Recent Advancements in Electrical, Electronics and Control Engineering >Suppression of four wave mixing by optical phase conjugation in DWDM fiber optic link
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Suppression of four wave mixing by optical phase conjugation in DWDM fiber optic link

机译:DWDM光纤链路中通过光相位共轭抑制四波混频

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The dominating effect of Wavelength Division multiplexed system is Four Wave Mixing (FWM). Channel crosstalk and performance degradation of the system can be induced in the multi channel systems by FWM. In this paper, the FWM affecting the original Dense Wavelength Division Multiplexed (DWDM) signal power is studied and suppression of FWM is achieved by placing the Optical Phase Conjugator (OPC) in the midway of the fiber optic link. It strongly suppresses the FWM signal by introducing the destructive interference between the first and second halves of the fiber optic link. Reconstruction of original signal can be achieved by placing another OPC at the end of the second fiber span. DWDM system with OPC can effectively suppress the Four Wave Mixing signal power.
机译:波分复用系统的主要作用是四波混频(FWM)。 FWM可以在多通道系统中引起系统的通道串扰和性能下降。在本文中,研究了影响原始密集波分复用(DWDM)信号功率的FWM,并通过将光相位共轭器(OPC)放置在光纤链路的中间来实现FWM的抑制。通过在光纤链路的前半部分和后半部分之间引入相消干涉,可以强烈抑制FWM信号。可以通过在第二个光纤跨度的末端放置另一个OPC来重建原始信号。带有OPC的DWDM系统可以有效抑制四波混频信号功率。

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