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    • 3. 发明授权
    • Optical switching system, optical switch, and electro-optical mechanical device
    • 光开关系统,光开关和电光机械装置
    • US06807334B2
    • 2004-10-19
    • US10214287
    • 2002-08-06
    • Dale W. SchroederJonathan P.R. LaceyJulie E FouquetBrian E. Lemoff
    • Dale W. SchroederJonathan P.R. LaceyJulie E FouquetBrian E. Lemoff
    • G02B635
    • G02B6/3584G02B6/3512G02B6/3556
    • An optical switching system includes a substrate, a microelectromechanical system (MEMS) input mirror, a MEMS output mirror, and an opposing mirror. The substrate is configured to carry an input light source and an output light source spaced from the input light source. The microelectromechanical system (MEMS) input mirror is carried by the substrate. The MEMS output mirror is carried by the substrate and is spaced from the MEMS input mirror. The opposing mirror is disposed opposite the substrate and is configured to communicate optically with an input light source and an output light source carried by the substrate. The input mirror optically couples an input beam from the input light source via the opposing mirror to a location on the opposing mirror with the output mirror via the opposing mirror. The output mirror optically couples the location on the opposing mirror with the output light source via the opposing mirror. In one case, the input light source and the output light source each comprise an optical fiber. An optical switch and an electromechanical device are also provided.
    • 光学开关系统包括基板,微机电系统(MEMS)输入反射镜,MEMS输出反射镜和相对的反射镜。 衬底被配置为承载与输入光源间隔开的输入光源和输出光源。 微机电系统(MEMS)输入反射镜由基板承载。 MEMS输出镜由衬底承载并与MEMS输入镜间隔开。 相对的反射镜与衬底相对地设置并且被配置为与输入光源和由衬底承载的输出光源进行光学通信。 输入镜将来自输入光源的输入光束通过相对的反射镜将输入光束与输出反射镜光耦合到相对反射镜上的位置。 输出镜将对置反射镜上的位置通过相对的反射镜与输出光源光学耦合。 在一种情况下,输入光源和输出光源各自包括光纤。 还提供光开关和机电装置。
    • 4. 发明授权
    • Optical switch comprising two non-coplanar arrays of optical waveguides
    • 光开关包括两个非共面阵列的光波导
    • US06738541B2
    • 2004-05-18
    • US09956413
    • 2001-09-18
    • Charles D. HokeBrian E. LemoffJulie E. Fouquet
    • Charles D. HokeBrian E. LemoffJulie E. Fouquet
    • G02B635
    • G02F1/3132G02F2001/3135
    • An optical switching assembly comprised of a substrate, a first plurality of waveguides in a first plane in the substrate, a second plurality of waveguides in a second plane parallel to said first plane in the substrate, the optical signals being selectively transferable from one substrate to the other. The second waveguides cross the first waveguides at an angle and the first waveguides each have a segment extending generally parallel to a segment of the second waveguides at the crossing. Controllable coupling material is disposed between the segments of the waveguides at the crossing and a control circuit is employed for selectively changing the index of refraction of the coupling material by electrical or thermal means.
    • 一种光学开关组件,包括衬底,在衬底中的第一平面中的第一多个波导,与衬底中的所述第一平面平行的第二平面中的第二多个波导,所述光信号可选择性地从一个衬底转移到 另一个。 第二波导以一定角度与第一波导交叉,并且第一波导各自具有在交叉处大致平行于第二波导的段延伸的段。 可控耦合材料设置在交叉处的波导段之间,并且使用控制电路用于通过电或热的方式选择性地改变耦合材料的折射率。
    • 5. 发明授权
    • Parallel fiber-fan-out optical interconnect for fiber optic system
    • 用于光纤系统的并行光纤扇出光互连
    • US06931195B2
    • 2005-08-16
    • US10635719
    • 2003-08-05
    • Brian E. Lemoff
    • Brian E. Lemoff
    • G02B6/04G02B6/42G02B6/44G02B6/00
    • G02B6/4471G02B6/4249
    • A fiber ribbon includes a plurality of first segments of optical fibers that extend in a planar side-by-side arrangement having a first predetermined pitch. A fiber-fan-out including a plurality of second segments of the optical fibers extends in a diverging arrangement from the fiber ribbon. A fiber holder extends across the plurality of second segments of the optical fibers for maintaining a plurality of terminal portions of the second segments in a second predetermined pitch that is greater than the first predetermined pitch so that the terminal portions can each be optically coupled to a corresponding optical subassembly (OSA) of a plurality of OSAs arranged in a linear array. An alternate embodiment uses a second fiber holder in place of the fiber ribbon. The holders can be replaced with a common housing assembly spanning all but the terminal portions of the optical fibers.
    • 光纤带包括多个第一光纤段,它们以具有第一预定间距的平面并排布置延伸。 包括光纤的多个第二段的光纤扇出部分从光纤带以分散布置延伸。 光纤保持器延伸穿过光纤的多个第二段,用于将第二段的多个端子部分保持在大于第一预定间距的第二预定间距中,使得端子部分可以各自光耦合到 以线性阵列排列的多个OSA的对应的光学子组件(OSA)。 替代实施例使用第二光纤保持器代替光纤带。 保持器可以用跨越除了光纤的端子部分之外的所有的公共壳体组件来替换。
    • 6. 发明授权
    • Switching using three-dimensional rewriteable waveguide in photosensitive media
    • 在光敏介质中切换使用三维可重写波导
    • US06785439B2
    • 2004-08-31
    • US10060512
    • 2002-01-29
    • Charles D. HokeBrian E. Lemoff
    • Charles D. HokeBrian E. Lemoff
    • G02B6026
    • G02B6/3596G02B6/3556G02F1/293
    • A three-dimensional optical switch using three-dimensional rewritable waveguides in a photosensitive substrate. At least two light beams are used to illuminate the substrate in the region where the waveguide is to be written. The refractive index of the substrate changes at the points where the beams intersect. Therefore, the light beams can be directed to create a three-dimensional waveguide in the photosensitive substrate. A plurality of inlet ports in one surface of the substrate are thereby connected to a plurality of outlet ports on another surface of the substrate. Alternatively, the inlet ports and the outlet ports may be on the same surface of the substrate. The invention also provides methods of creating waveguides in photosensitive media using the device described herein.
    • 在感光基片中使用三维可重写波导的三维光学开关。 使用至少两束光束来照射波导要被写入的区域中的衬底。 基板的折射率在光束相交的点处变化。 因此,可以引导光束以在感光基板中产生三维波导。 因此,衬底的一个表面中的多个入口端口连接到衬底的另一表面上的多个出口。 或者,入口端口和出口可以在基板的相同表面上。 本发明还提供了使用本文所述的装置在光敏介质中产生波导的方法。
    • 9. 发明授权
    • Wavelength division multiplexing receiver for wavelength tracking
    • 用于波长跟踪的波分复用接收器
    • US07050719B2
    • 2006-05-23
    • US10223780
    • 2002-08-19
    • Brian E. LemoffFrank H. Peters
    • Brian E. LemoffFrank H. Peters
    • H04J14/02
    • H04J14/02
    • The WDM receiver includes a wavelength demultiplexer, a detector array and a signal extractor. The wavelength demultiplexer receives an n-channel optical input signal and transmits the n-channel optical input signal to m optical outputs. Each of the optical outputs receives a wavelength band centered at a different wavelength. The wavelength bands have a center-to-center wavelength spacing of Δλ′. The detector array is composed of m detector elements coupled to the wavelength demultiplexer. Each of the detector elements generates a detection signal in response to light received from one of the optical outputs of the wavelength demultiplexer. The signal extractor receives the detection signals from the detector array and converts the detection signals to an n-channel receiver output signal, each channel of which corresponds to a different one of the n channels of the optical input signal. The WDM receiver is able to detect optical signals that are closely spaced in wavelength, even when the optical signals have off-center of varying wavelengths.
    • WDM接收机包括波长解复用器,检测器阵列和信号提取器。 波长解复用器接收n沟道光输入信号,并将n沟道光输入信号发送到m个光输出。 每个光学输出接收以不同波长为中心的波长带。 波长带具有Deltalambda的中心到中心的波长间隔。 检测器阵列由耦合到波长解复用器的m个检测器元件组成。 每个检测器元件响应于从波长解复用器的光输出之一接收的光产生检测信号。 信号提取器从检测器阵列接收检测信号,并将检测信号转换成n沟道接收器输出信号,每个通道对应于光输入信号的n个通道中的不同通道。 即使当光信号具有不同波长的偏心时,WDM接收机能够检测到波长紧密间隔的光信号。