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Selection guidelines for lumped optical amplifiers - conventional phase insensitive versus phase sensitive parametric amplification

机译:集总光放大器的选择指南-传统的相位不敏感与相位敏感的参数放大

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摘要

Data transport capacities of fiber based optical transmission systems with conventional phase insensitive optical amplification and phase sensitive parametric amplification are compared using the Shannon capacity formula to identify the better suited amplifier concept. Due to lower noise figures of phase sensitive amplifiers, up to 3 dB higher signal-to-noise ratios at the link output can be achieved with phase sensitive amplification than with phase insensitive amplification in the same link configuration. Thus, phase sensitive parametric amplification enables a transmission of more bit/s/Hz in the signal channels, but it also requires additional bandwidth for the transmission of idler channels. Different application scenarios are studied and guidelines are derived for the selection of the better suited lumped linear amplifier concept for the respective system type.
机译:使用Shannon容量公式比较了具有传统的相位不敏感光学放大和相位敏感参数放大的基于光纤的光纤传输系统的数据传输容量,以确定更适合的放大器概念。由于相敏放大器的噪声系数较低,因此在相同的链路配置中,相敏放大比相敏放大可在链路输出端获得高达3 dB的信噪比。因此,相敏参量放大使得能够在信号通道中传输更多的bit / s / Hz,但是对于空闲通道的传输也需要额外的带宽。研究了不同的应用场景,并得出了针对各个系统类型选择更适合的集总线性放大器概念的指南。

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