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Impact of optical preamplifier beat noise on inter-satellite coherent optical communication system

机译:光学前置放大器拍频噪声对卫星间相干光通信系统的影响

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The performance of Inter-Satellite coherent optical communication systems is partly limited by the beat noise between the amplified spontaneous emission (ASE) noises and local oscillator. In order to improve the optical detection sensitivity in inter-satellite optical communication links, a model of inter-satellite coherent optical communication is established. And the origin of noise in this system with optical pre-amplifier is investigated. The impact of optical pre-amplifier key parameters on performance of inter-satellite coherent optical communication systems is discussed. Besides, bit error rate (BER) versus signal power, noise figure and gain are numerically calculated. The results illustrated that it is effective to improve the optical detection sensitivity and degrade the bit error rate using an optical pre-amplifier with low noise figure.
机译:卫星间相干光通信系统的性能在一定程度上受到放大的自发发射(ASE)噪声与本地振荡器之间的差拍噪声的限制。为了提高星际光通信链路中的光检测灵敏度,建立了星际相干光通信模型。并研究了带光学前置放大器的系统中的噪声源。讨论了光前置放大器关键参数对星间相干光通信系统性能的影响。此外,还通过数字计算了误码率(BER)与信号功率,噪声系数和增益的关系。结果表明,使用具有低噪声系数的光学前置放大器可以有效地提高光学检测灵敏度并降低误码率。

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