High-power, high-speed for RF photonics applications

J. Campbell
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Abstract

There are a growing number of RF photonics applications. In these systems photodiodes with high saturation current and high linearity enable high link-gain, low noise figure, and high dynamic range. To date, the best performance has been achieved with charge-compensated modified uni-traveling carrier (CC-MUTC) photodiodes. This talk will describe the design and performance characteristics of these photodiodes.
高功率,高速射频光子学应用
射频光子学的应用越来越多。在这些系统中,具有高饱和电流和高线性度的光电二极管可实现高链路增益、低噪声系数和高动态范围。到目前为止,性能最好的是电荷补偿的改进单行载流子(CC-MUTC)光电二极管。本讲座将介绍这些光电二极管的设计和性能特点。
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