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    • 2. 发明申请
    • OPTICAL TRANSCEIVER MODULE EQUIPPED WITH AN ELONGATED DELATCHING PULL TAB, AND A METHOD
    • 配有拉伸拉丝拉杆的光学收发器模块和方法
    • US20120251049A1
    • 2012-10-04
    • US13074040
    • 2011-03-29
    • David J.K. MeadowcroftSeng-Kum ChanPaul Yu
    • David J.K. MeadowcroftSeng-Kum ChanPaul Yu
    • G02B6/36B23P11/00
    • G02B6/4261Y10T29/49824
    • An optical transceiver module is provided with an elongated delatching pull tab that that enables an optical transceiver module to be easily delatched and pulled from a cage without having to first unplug optical fiber cables from the module and without having to rotate a bail. Thus, the number of manual actions that need to be performed by a user to remove the module from a cage is drastically reduced, which makes simplifies the removal process and makes the design well suited for use in hot-pluggable environments. In addition, the delatching pull tab obviates the need for pins or screws, thereby improving manufacturing yield by reducing the likelihood that the module will be damaged during the manufacturing process. In addition, by eliminating pins or screws and a bail from the design, there are fewer moving parts that can wear out over time.
    • 光收发器模块设置有细长的捕捉拉片,其使得光收发器模块能够容易地从保持架中分离和拉出,而不必首先从模块拔下光纤电缆,而不必旋转保释。 因此,需要由用户执行以从笼中移除模块的手动操作的数量大大降低,这使得简化了移除过程并使得设计非常适合于在热插拔环境中使用。 另外,脱钩拉片避免了针或螺钉的需要,从而通过降低在制造过程中模块被损坏的可能性来提高制造成品率。 此外,通过从设计中消除销钉或螺钉和吊环,随着时间的推移,可以减少可以磨损的移动部件。
    • 3. 发明申请
    • Test Adapter and Method for Achieving Optical Alignment and Thermal Coupling Thereof With a Device Under Test
    • 测试适配器及其测试方法,用于实现光学对准和热耦合
    • US20120043984A1
    • 2012-02-23
    • US12858424
    • 2010-08-17
    • Frank YasharDavid J.K. MeadowcroftSeng-Kum Chan
    • Frank YasharDavid J.K. MeadowcroftSeng-Kum Chan
    • G01R31/20
    • G01R31/2893H01S5/0014
    • Independent assemblies are compliantly mounted to a force transfer mechanism to optically align and thermally couple a device under test (DUT) to a test apparatus. A first assembly includes an optical connector. The first assembly has an alignment feature and a first compliant interface. A second assembly includes a thermal control member and force transfer members coupled to a structure. A passage permits a portion of the arm of the first assembly to extend through the structure. The force transfer members provide respective seats for an additional compliant interface. The alignment feature engages a corresponding feature to align the optical connector with the DUT before the compliant interfaces compress under an external force. Compliant mounting of the assemblies accommodates manufacturing tolerances in the DUT so that contact forces on the DUT are relatively consistent and thereby enable consistent optical and thermal coupling between the test apparatus and the DUT.
    • 独立的组件被顺从地安装到力传递机构以将测试装置(DUT)光学对准和热耦合到测试装置。 第一组件包括光连接器。 第一组件具有对准特征和第一兼容接口。 第二组件包括耦合到结构的热控制构件和力传递构件。 通道允许第一组件的臂的一部分延伸穿过结构。 力传递构件为附加的柔性接口提供相应的座。 对准特征在相应的接口在外力作用下压缩之前,将相应的特征与光学连接器与DUT对准。 组件的标准安装容纳DUT中的制造公差,使得DUT上的接触力相对一致,从而实现测试设备和DUT之间的一致的光学和热耦合。
    • 9. 发明申请
    • PARALLEL OPTICAL COMMUNICATIONS SYSTEM THAT INCORPORATES A METHOD AND APPARATUS FOR PERFORMING ELECTROMAGNETIC INTERFERENCE (EMI) CONTAINMENT
    • 兼容电磁干扰(EMI)容限的方法和装置的并行光通信系统
    • US20130188914A1
    • 2013-07-25
    • US13356848
    • 2012-01-24
    • Fang WangDavid J.K. Meadowcroft
    • Fang WangDavid J.K. Meadowcroft
    • G02B6/36
    • G02B6/4277G02B6/4249G02B6/4269G02B6/4292
    • Methods and apparatuses are provided for performing electromagnetic interference (EMI) containment in a parallel optical communications system. The apparatus includes a curved surface formed in the system housing near the opening through which a stack of ribbon cables passes, and a spring device. The stack of ribbon cables is sandwiched in between the curved surface of the housing and the spring device. The spring device exerts a force on the stack of ribbon cables that presses the stack against the curved surface of the housing and forms a sharp bend in the stack just before the stack passes through the opening in the housing. Because EMI radiation is restricted to propagation along the sharply bent pathway of the stack of ribbon cables, most or all of the EMI radiation traveling along that pathway is either attenuated or reflected before it reaches the opening.
    • 提供了用于在并行光通信系统中执行电磁干扰(EMI)容纳的方法和设备。 该装置包括在系统壳体中形成的弯曲表面,该曲面靠近开口的一条带状电缆通过的开口,以及弹簧装置。 带状电缆堆叠在壳体的弯曲表面和弹簧装置之间。 弹簧装置在叠置的带状电缆上施加力,该力将叠片压靠在壳体的弯曲表面上,并且在叠层穿过壳体中的开口之前在叠层中形成尖锐的弯曲。 因为EMI辐射被限制为沿着带状电缆堆叠的急剧弯曲的路径的传播,所以沿该路径行进的大部分或全部EMI辐射在其到达开口之前被衰减或反射。
    • 10. 发明申请
    • PARALLEL OPTICAL COMMUNICATIONS DEVICE HAVING WELDABLE INSERTS
    • 具有焊接插件的并行光通信设备
    • US20110008005A1
    • 2011-01-13
    • US12498871
    • 2009-07-07
    • David J.K. MeadowcroftHui XuYe ChenRon Kaneshiro
    • David J.K. MeadowcroftHui XuYe ChenRon Kaneshiro
    • G02B6/36B23K31/02
    • G02B6/4246
    • A parallel optical communications device is provided that has an OSA that includes at least one heat dissipation block having a slot formed in a lower surface thereof that contains a weldable insert. Likewise, an upper surface of the mounting device of the ESA has at least one slot formed therein that contains a weldable insert. After the OSA is placed in contact with the ESA and optically aligned with the ESA, the OSA is secured to the upper surface of the mounting device of the ESA by welding together the respective weldable inserts contained in the respective slots in the OSA and in the mounting device of the ESA. The welding process results in an extremely strong welded joint between the OSA and the ESA that prevents relative movement between the OSA and the ESA if external forces that are exerted on the OSA and/or on the ESA.
    • 提供了一种并行光通信设备,其具有包括至少一个散热块的OSA,所述散热块在其下表面中形成有包含可焊接插入件的槽。 类似地,ESA的安装装置的上表面具有形成在其中的至少一个槽,其包含可焊接的插入件。 在OSA与ESA接触并与ESA光学对准之后,OSA通过将包含在OSA中的各个槽中的各个可焊接插件焊接在一起而固定到ESA的安装装置的上表面,并且在 ESA的安装装置。 焊接过程导致OSA和ESA之间的非常强的焊接接头,如果施加在OSA和/或ESA上的外力,则可以防止OSA和ESA之间的相对移动。