微波和毫米波光子学用激光二极管

F. van Dijk, A. Enard, G. Duan, A. Accard, F. Lelarge, A. Shen, O. Parillaud, A. Akrout, G. de Valicourt, S. Ginestar, A. Ramdane
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引用次数: 7

摘要

在本文中,我们介绍了阿尔卡特-泰雷兹III-V实验室开发的不同类型的激光二极管,以满足光纤无线电和雷达系统所需的不同功能。提出的第一个器件是直接调制激光器,其带宽超过20 GHz,线性度好,用于模拟宽带链路。这种器件对于远距离传输和分配低衰减的宽带信号具有重要意义。我们将展示的第二个器件是无源锁模量子脉冲激光器,它具有足够好的相位噪声性能,可以用作60 GHz无线传输链路的载波。我们要介绍的第三个装置是双波长激光器。它可以用于宽和潜在的快速调谐频率产生外差两个光波长在光电探测器上,光电探测器的行为作为一个光电混合器。
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Laser diodes for microwave and millimeter wave photonics
In this paper we present the different type of laser diodes that are developed at Alcatel-Thales III-V Lab in order to fulfil different functions required for radio over fibre and radar systems. The first device that is presented is a directly modulated laser with a bandwidth exceeding 20 GHz and good linearity that is used for analog wideband link. This kind of device is precious for remote delivery and distribution of wide bandwidth signals with very low attenuations. The second device we will present is a passive mode-locked quantum dash lasers that has sufficiently good phase noise performances to be used as a carrier for 60 GHz wireless transmission links. The third device we will present is a dual wavelength laser. It can be used for a wide and potentially fast tuning of the frequency generated by heterodyning two optical wavelengths on a photodetector, the photodetector behaving as a photomixer.
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