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    • 1. 发明授权
    • Optical device having dynamic channel equalization
    • 具有动态信道均衡的光学设备
    • US06760532B1
    • 2004-07-06
    • US09493313
    • 2000-01-28
    • Jeffrey C. LivasTomas Brenner
    • Jeffrey C. LivasTomas Brenner
    • G02B600
    • H04B10/296H04B10/077H04B10/07955H04L2025/03477H04L2025/03611
    • An optical device including dynamic channel equalization is provided. In an exemplary multiplexer or line amplifier configuration the device includes a plurality of separate optical paths, each of which receiving a separate group of optical signals. Each group of optical signals is provided to an associated variable optical attenuator. Separate inputs of an optical combiner are each coupled to an output of an associated one of the variable optical attenuators. The optical combiner has an output providing the separate groups of optical signals in an aggregated form on an aggregate optical signal path. An optical performance monitor is coupled to the aggregate optical signal path, and is configured to detect an optical signal power of each of the separate groups. The monitor supplies a feedback signal to corresponding ones of the variable optical attenuators for adjusting a respective attenuation associated with each of the attenuators in dependence of the detected optical signal powers. The device may also be provided in a demultiplexer configuration.
    • 提供了包括动态信道均衡的光学装置。 在示例性多路复用器或线路放大器配置中,该器件包括多个单独的光路,每个光路接收单独的一组光信号。 每组光信号被提供给相关联的可变光衰减器。 光组合器的独立输入各自耦合到可变光衰减器中相关联的一个的输出端。 光合并器具有在聚合光信号路径上以聚集形式提供单独的光信号组的输出。 光学性能监视器耦合到聚合光信号路径,并且被配置为检测每个单独组的光信号功率。 监视器向对应的可变光衰减器提供反馈信号,用于根据检测到的光信号功率调整与每个衰减器相关联的相应衰减。 该设备还可以以解复用器配置提供。
    • 2. 发明授权
    • Optical device including dynamic channel equalization
    • 光学设备包括动态信道均衡
    • US06931196B2
    • 2005-08-16
    • US10866825
    • 2004-06-15
    • Jeffrey C. LivasTomas Brenner
    • Jeffrey C. LivasTomas Brenner
    • H04B10/08H04B10/17H04L25/03G02B6/00
    • H04B10/296H04B10/077H04B10/07955H04L2025/03477H04L2025/03611
    • An optical device including dynamic channel equalization is provided. In an exemplary multiplexer or line amplifier configuration the device includes a plurality of separate optical paths, each of which receiving a separate group of optical signals. Each group of optical signals is provided to an associated variable optical attenuator. Separate inputs of an optical combiner are each coupled to an output of an associated one of the variable optical attenuators. The optical combiner has an output providing the separate groups of optical signals in an aggregated form on an aggregate optical signal path. An optical performance monitor is coupled to the aggregate optical signal path, and is configured to detect an optical signal to noise ratio of each of the separate groups. The monitor supplied a feedback signal to corresponding ones of the variable optical attenuators for adjusting a respective attenuation associated with each of the attenuators in dependence of the detected optical signal to noise ratios. The device may also be provided in a demultiplexer configuration.
    • 提供了包括动态信道均衡的光学装置。 在示例性多路复用器或线路放大器配置中,该器件包括多个单独的光路,每个光路接收单独的一组光信号。 每组光信号被提供给相关联的可变光衰减器。 光组合器的独立输入各自耦合到可变光衰减器中相关联的一个的输出端。 光合并器具有在聚合光信号路径上以聚集形式提供单独的光信号组的输出。 光学性能监视器耦合到聚合光信号路径,并且被配置为检测每个单独组的光信噪比。 监视器向对应的可变光衰减器提供反馈信号,用于根据检测到的光信噪比来调整与每个衰减器相关联的相应衰减。 该设备还可以以解复用器配置提供。
    • 5. 发明授权
    • Narrow bandwidth fiber bragg grating apparatus
    • 窄带宽光纤布拉格光栅装置
    • US06337933B1
    • 2002-01-08
    • US09288007
    • 1999-04-08
    • Tomas Brenner
    • Tomas Brenner
    • G02B626
    • G02B6/2932G02B6/29382H04J14/0209
    • In accordance with the present invention, an optical device is provided which selects narrowly spaced optical channels used in dense wavelength division multiplexed systems. The device includes a first and second Bragg gratings in a cascaded configuration where each grating has a length which is shorter than a single grating configured to select a channel within a narrowly spaced channel plan. When taken together, the two Bragg gratings provide a narrow bandwidth wavelength selection device for narrowly spaced optical channels while avoiding manufacturing drawbacks associated with writing long gratings.
    • 根据本发明,提供一种光学装置,其选择在密集波分复用系统中使用的狭窄间隔的光通道。 该器件包括级联配置中的第一和第二布拉格光栅,其中每个光栅的长度短于被配置成在狭窄间隔的通道平面内选择通道的单个光栅。 当一起使用时,两个布拉格光栅为窄间隔的光通道提供窄带宽波长选择装置,同时避免与长格栅相关的制造缺陷。
    • 7. 发明授权
    • Fiber shuffle interconnection apparatus and method
    • 光纤随机互连设备及方法
    • US6088493A
    • 2000-07-11
    • US128892
    • 1998-08-04
    • Tomas Brenner
    • Tomas Brenner
    • G02B6/04G02B6/36G02B6/26
    • H04Q11/0005G02B6/26H04Q2011/0052
    • An apparatus and method is provided for optical cross connections. A guide structure is used to guide optical fiber fed to various stations on the guide structure which correspond to input and output ports of a fiber shuffle interconnect. Once the fiber has been positioned about the guide structure, the fiber is arranged such that the input and output ports of the interconnect align allowing the fibers to be bundled to a common input and/or output port. In this manner, once the fiber is arranged about the guide structure, fiber management becomes an easy task because the number of fiber bundles is significantly smaller than the total number of individual fibers.
    • 提供了一种用于光交叉连接的装置和方法。 引导结构用于引导馈送到对应于光纤随机互连的输入和输出端口的引导结构上的各个站的光纤。 一旦纤维围绕引导结构定位,光纤被布置成使得互连的输入和输出端口对准允许光纤被捆绑到公共输入和/或输出端口。 以这种方式,一旦纤维围绕导向结构布置,纤维管理变得容易,因为纤维束的数量明显小于单个纤维的总数。