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Optical Amplification for Metro: EDFA/EDWA Amplets Semiconductor Technologies

机译:地铁光学放大:EDFA / EDWA放大器和半导体技术

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Small erbium-doped (amplets) and semiconductor optical amplifiers (SOA) will be used in current and future Metro and Enterprise networks in various configurations. Many new system architectures will be enabled as these low-cost technologies are used to compensate transmission and impairment-compensating component losses. This tutorial discusses the definition, use, and technologies associated with these new classes of optical amplifiers, which, though little, will impact next generation networks in a big way. Leo H. Spiekman is the Director of Application Engineering at Genoa Corporation in Eindhoven, The Netherlands. His responsibilities include research into new applications of the Linear Optical Amplifier, as well as customer-focused development of current and next generation amplifier solutions. Earlier, Spiekman was with Bell Laboratories in Holmdel, NJ, focusing on device and system aspects of all-optical wavelength conversion, and with JDS Uniphase in Eindhoven, The Netherlands, where he was responsible for Semiconductor Optical Amplifier research. Spiekman holds a MSc in Physics from the University of Utrecht, and a PhD in Electrical Engineering from Delft University of Technology.
机译:小erbium掺杂(放大器)和半导体光放大器(SOA)将以各种配置的当前和未来的地铁和企业网络使用。随着这些低成本技术用于补偿传输和减值补偿组件损耗,将启用许多新系统架构。本教程讨论了与这些新类别的光放大器相关的定义,使用和技术,但很少,这将以很大的方式影响下一代网络。 Leo H.Piekman是荷兰埃因霍温的热那亚公司的应用工程总监。他的职责包括研究线性光放大器的新应用,以及集中的电流和下一代放大器解决方案的开发。早些时候,Spiekman在Holmdel的贝尔实验室,NJ,专注于全光波长转换的装置和系统方面,以及荷兰埃因霍温的JDS Uniphase,他负责半导体光学放大器研究。 Spiekman在乌得勒支大学举办了一个MSC,以及来自代尔夫特理工大学的电气工程博士学位。

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