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OPTICAL AMPLIFIER, METHOD FOR CONTROLLING EXCITATION LIGHT SOURCE IN OPTICAL AMPLIFIER, AND METHOD FOR CONTROLLING THE OPTICAL AMPLIFIER

机译:光学放大器,光学放大器中的激发光源的控制方法以及光学放大器的控制方法

摘要

In an optical amplifier for use in, for example, a wavelength multiplexing optical communication system, in order to allow an excitation light source to be enlargeable or removable in accordance with an increase/decrease in the number of channels in signal light even if the optical communication system is in operation, there are included an optical amplifying section (2) for amplifying and outputting inputted signal light, a plurality of excitation light sources (3, 4) and an excitation light source control section (5) for controlling operations of the excitation light sources (3, 4), wherein the excitation light sources are composed of a main excitation light source (3) and an auxiliary excitation light source (4), and the excitation light source control section (5) is equipped with a control section (7) which, when the number of channels in the inputted signal light is equal to or less than a predetermined number of channels, executes control whereby the main excitation light source (3) supplies excitation light and which executes control whereby the main excitation light source (3) and the auxiliary excitation light source (4) cooperatively supply excitation light when the number of channels in the signal light is more than the predetermined number of channels.
机译:在例如用于波长多路复用光通信系统的光放大器中,为了使激发光源能够根据信号光中的通道数的增加/减少而增大或去除,即使光通信系统在操作中,包括用于放大和输出输入的信号光的光放大部分(2),多个激发光源(3、4)和用于控制通信系统的操作的激发光源控制部分(5)。激发光源(3、4),其中激发光源由主激发光源(3)和辅助激发光源(4)组成,激发光源控制部分(5)配备有控制装置部分(7),当输入的信号光中的通道数等于或小于预定通道数时,执行控制,从而使主激励光源(3)提供激励光,并执行控制,从而当信号光中的通道数大于预定通道数时,主激励光源(3)和辅助激励光源(4)协同提供激励光。

著录项

  • 公开/公告号EP0975103A4

    专利类型

  • 公开/公告日2004-08-25

    原文格式PDF

  • 申请/专利权人 FUJITSU LIMITED;

    申请/专利号EP19980923157

  • 发明设计人 CHIKAMA TERUMI;KINOSHITA SUSUMU;

    申请日1998-06-05

  • 分类号H04B10/12;H01S3/094;H01S3/10;H04B10/16;

  • 国家 EP

  • 入库时间 2022-08-21 22:57:40

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