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    • 1. 发明授权
    • Tunable fiber Bragg gratings and wavelength-locked loops for dispersion compensation
    • 可调谐光纤布拉格光栅和波长锁定环,用于色散补偿
    • US06597840B2
    • 2003-07-22
    • US09976546
    • 2001-10-12
    • Lawrence JacobowitzCasimer Maurice DeCusatis
    • Lawrence JacobowitzCasimer Maurice DeCusatis
    • G02B634
    • G02B6/29394G02B6/02133G02B6/02147G02B6/02195G02B6/29322G02B6/29323G02B6/4215
    • A system and method for precisely controlling the wavelength selective function provided by fiber Bragg gratings in optical fiber elements. The system and method exploits a wavelength-locked loop servo-control circuit and methodology that enables real time adjustment of the grating pattern being written to said fiber optical link element by a grating writing source to thereby mutually align a center wavelength of the peaked wavelength selective function resulting from the grating pattern with a center wavelength of the optical signal transmitted over a communication channel provided by the fiber. A real-time adaptive dispersion compensation technique for optical fibers is additionally provided that exploits the wavelength-locked loop servo-control circuit. In the adaptive compensation system, a tunable Bragg grating pattern is re-written to the fiber optical link element by a grating writing source under control of the wavelength-locked loop servo-control circuit in order to mutually align a center wavelength of the peaked wavelength selective function resulting from the grating pattern with a center wavelength of an optical signal to be transmitted over the channel.
    • 一种用于精确控制由光纤元件中的光纤布拉格光栅提供的波长选择功能的系统和方法。 该系统和方法利用了一种波长锁定环路伺服控制电路和方法,其能够通过光栅写入源对被写入所述光纤链路元件的光栅图案进行实时调整,从而相互对准峰值波长选择性的中心波长 通过由光纤提供的通信信道发送的具有光信号的中心波长的光栅图案产生的功能。 另外提供了利用波长锁定环路伺服控制电路的光纤的实时自适应色散补偿技术。 在自适应补偿系统中,通过在波长锁定环路伺服控制电路的控制下的光栅写入源将可调布拉格光栅图案重新写入光纤光连接元件,以便相互对准峰值波长的中心波长 由具有要在通道上传输的光信号的中心波长的光栅图案产生的选择性功能。
    • 3. 发明授权
    • Variable optical attenuator using wavelength locked loop tuning
    • 可变光衰减器采用波长锁定环调谐
    • US06724786B2
    • 2004-04-20
    • US09944276
    • 2001-08-31
    • Lawrence JacobowitzCasimer Maurice DeCusatis
    • Lawrence JacobowitzCasimer Maurice DeCusatis
    • H01S310
    • H04B10/572
    • A system and method for automatically attenuating optical signals transmitted in optical systems. The system and method exploits a wavelength-locked loop servo-control circuit and methodology that enables real time mutual alignment of the center wavelength of an optical signal having a peaked spectrum function and transmitted through the optical system, and a center wavelength of a wavelength selective device such as an optical filter element implementing a peaked passband function. The wavelength-locked loop servo-control circuit and methodology particularly is capable of real-time aligning the center wavelength of an optical signal in a range between maximum overlap with the center wavelength of the peaked passband function of the optical filter for maximum transfer of output optical signal by the filter element and minimum overlap with the peaked passband function of the optical filter so that output optical signal may be attenuated in the optical system.
    • 一种用于自动衰减在光学系统中传输的光信号的系统和方法。 该系统和方法利用了一种波长锁定环路伺服控制电路和方法,使得具有峰值频谱功能的光信号的中心波长的实时相互对准并通过光学系统传输,并且具有波长选择性的中心波长 器件,例如实现峰值通带功能的滤光元件。 波长锁定环伺服控制电路和方法特别能够将光信号的中心波长在与滤光片的峰值通带功能的中心波长最大重叠的范围内实时对齐,以最大限度地传输输出 通过滤波器元件的光信号,并且与光滤波器的峰值通带功能最小重叠,使得输出光信号可以在光学系统中衰减。
    • 7. 发明授权
    • Polarization mode dispersion compensation using a wavelength locked loop
    • 使用波长锁定环的偏振模色散补偿
    • US06674936B2
    • 2004-01-06
    • US09944336
    • 2001-08-31
    • Lawrence JacobowitzCasimer Maurice DeCusatis
    • Lawrence JacobowitzCasimer Maurice DeCusatis
    • G02B628
    • G02B6/278
    • A system and method of compensating for optical polarization dispersion effects exhibited in a length of optical fiber in an optical network. The system and method exploits a wavelength-locked loop servo-control circuit and methodology that detects a polarization mode dispersion characteristic of the optical signal and enables real time adjustment of the center wavelength of the optical in manner so as to minimize polarization effects in the optical fiber link. In another embodiment, the wavelength-locked loop servo-control circuit and methodology is implemented for enabling real time physical adjustment, e.g., X-Y dimension strain control, of the optical fiber link itself in accordance with the detected amount of polarization mode dispersion.
    • 补偿在光网络中的光纤长度上出现的光偏振色散效应的系统和方法。 该系统和方法利用了一种波长锁定环路伺服控制电路和方法,可以检测光信号的偏振模色散特性,并能使光学中心波长实时调整,从而使光学中的偏振效应最小化 光纤链路。 在另一个实施例中,实现波长锁定环路伺服控制电路和方法,用于根据检测到的偏振模式色散量实现光纤链路本身的实时物理调整,例如X-Y维度应变控制。
    • 9. 发明授权
    • Substrate-embedded pluggable receptacles for connecting clustered
electrical cables to a module
    • 用于将集群电缆连接到模块的基板嵌入式可插拔插座
    • US5842881A
    • 1998-12-01
    • US101121
    • 1993-08-03
    • Mario Enrique EckerLawrence JacobowitzCasimer Maurice DeCusatis
    • Mario Enrique EckerLawrence JacobowitzCasimer Maurice DeCusatis
    • H01R12/59H01R12/77H01R12/79H01R9/09
    • H01R12/775H01R12/598H01R12/79Y10T29/49117
    • A pluggable connector capable of connecting a large number of electrical transmission lines per connector, and small enough to enable a large number of connectors to be added to a multi-chip module. For example, 5 or 6 of these connectors can add over a hundred coaxial cables to a module. Improved I/O communications is added to a module by such coaxial cables, since they can communicate very high frequency signals in noise prone environments. The pluggable connector is embedded in a multilayer module (e.g. ceramic or glass) for conveying digital information to transmission lines internal or printed on the surface of a module. Each connector contains a receptacle 19 having a silicon contact structure embedded in an edge of a multi-chip module. The contact structure is formed with a plug-receiving angle for deflecting multiple cantilevered plug contacts 17 into engagement with corresponding receptacle contacts 22. The silicon connector parts 19 have a thermal coefficient of expansion which matches that of silicon semiconductor and glass ceramic module 4 to maintain alignment over large temperature variations.
    • 一种可插拔连接器,其能够连接每个连接器的大量电力传输线,并且足够小以使得能够将大量连接器添加到多芯片模块。 例如,这些连接器中的5或6个可以将一百个同轴电缆添加到模块。 通过这种同轴电缆将改进的I / O通信添加到模块中,因为它们可以在易出噪声的环境中传送非常高频的信号。 可插拔连接器嵌入在多层模块(例如陶瓷或玻璃)中,用于将数字信息传送到模块内部或印刷在模块表面上的传输线。 每个连接器包含嵌入在多芯片模块的边缘中的硅接触结构的插座19。 接触结构形成有插头接收角度,用于将多个悬臂插头触头17偏转成与对应的插座触头22接合。硅连接器部件19具有与硅半导体和玻璃陶瓷模块4的热膨胀系数匹配以保持的热膨胀系数 对准大温度变化。