基于vcsel的多模光纤射频光子学

J. Ahadian
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引用次数: 0

摘要

我们提出了基于vcsel的射频光子元件的评估。低SWAP/Cost组件的研究是射频光子学中一个相对较新的领域(以前的工作目标是高端性能,主要集中在实现高SFDR但高SWAP/Cost)。测量的性能将支持典型的天线远程或射频信号分配应用。最明显的应用是那些需要极端隔离、低相位噪声、紧凑尺寸、低功耗、多独立通道和/或灵活布线的应用。这些应用出现在军事和商业市场。我们特别研究了GPS用户设备(UE)的射频传输需求,并确定了使用基于vcsel的射频链路的好处。
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VCSEL-based RF photonics over multimode fiber
We present the evaluation of VCSEL-based RF photonic components. Research in low SWAP/Cost components is a relatively new field in RF photonics (previous work targets high-end performance, mainly centered on achieving high SFDR but at high SWAP/cost). The measured performance would support typical antenna remoting or RF signal distribution applications. The clearest applications are those requiring extreme isolation, low-phase noise, compact size, low power consumption, multiple-independent channels and/or flexible cabling. These applications arise in both military and commercial markets. We specifically examined the RF transmission needs for GPS user-equipment (UE) and identified the benefits from the use of VCSEL-based RF links.
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