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    • 2. 发明授权
    • Card edge connector with improved reference terminals
    • 具有改进参考端子的卡缘连接器
    • US6095821A
    • 2000-08-01
    • US120527
    • 1998-07-22
    • Augusto P. PanellaKai Mook CheongHarold Keith LangIrvin R. TrinerShyh-Lin TungAlan S. Walse
    • Augusto P. PanellaKai Mook CheongHarold Keith LangIrvin R. TrinerShyh-Lin TungAlan S. Walse
    • H01R12/50H01R12/72H01R24/00H01R12/00
    • H01R12/721H01R23/688
    • A card edge connector for mounting on a circuit board and removeably receiving a circuit card includes an elongated housing defining a card receiving slot. Numerous terminal receiving cavities intersect and extend to both sides of the slot. Alternate cavities include stamped reference (ground or power) terminals and signal terminals, all having downwardly extending board contacts and upwardly extending spring arms. There are numerous similar sets of face to face contacts, each including a reference contact parallel to and substantially overlying an opposed pair of signal contacts. The upwardly extending reference terminal spring arms include oversize pad portions for reducing crosstalk by increasing coupling between the reference and signal terminals. The circuit paths to the circuit board are in an array symmetrical about the centerline of the circuit card, with parallel inner lines of circuits containing only reference contacts and outer lines of circuits containing only signal contacts.
    • 用于安装在电路板上并可移除地接收电路卡的卡缘连接器包括限定卡接收槽的细长壳体。 多个端子接收腔相交并延伸到槽的两侧。 备用空腔包括冲压参考(接地或电源)端子和信号端子,全部具有向下延伸的板触点和向上延伸的弹簧臂。 存在许多类似的一组面对面接触,每个包括平行于并基本上覆盖相对的一对信号触点的参考触点。 向上延伸的参考端子弹簧臂包括用于通过增加参考和信号端子之间的耦合来减少串扰的超大型焊盘部分。 到电路板的电路路径是关于电路卡的中心线对称的阵列,其平行内部线路仅包含参考触点和仅包含信号触点的电路外线。
    • 7. 发明授权
    • High speed differential signal edge card connector and circuit board layouts therefor
    • 高速差分信号边缘卡连接器和电路板布局
    • US06767252B2
    • 2004-07-27
    • US10267443
    • 2002-10-09
    • James L. McGrathJames P. CapadonaDaniel B. McGowanAugusto P. Panella
    • James L. McGrathJames P. CapadonaDaniel B. McGowanAugusto P. Panella
    • H01R2370
    • H05K1/117H01R12/721H01R13/6585H05K1/0219H05K2201/093H05K2201/0949H05K2201/0969H05K2201/09709H05K2201/09727
    • A differential signal connector that is used for edge card application has a plurality of differential signal terminals and associated ground terminals arranged in “triplets”, i.e., distinct sets of three conductive terminals, each such triplet including a pair of differential signal terminals and one associated ground terminal. The ground terminal is flanked by the two differential signal terminals and each triplet is spaced apart from an adjacent triplet by a spacing which is greater than any single spacing between adjacent terminals within a triplet. Circuit boards to which such a connector is mounted are also disclosed and they have a particular pattern of termination traces, commonly taking the form of plated vias extending through the circuit board. These vias are arranged in a triangular pattern and the ground reference plane of the circuit board is provided with voids, one void being associated and encompassing a pair of the differential signal vias of a single terminal triplet. This reduces the capacitance of the signal vias and thereby increases the impedance of the circuit board within the launch area to lessen impedance discontinuities in the connector-circuit board interface.
    • 用于边缘卡应用的差分信号连接器具有多个差分信号端子和以“三联体”排列的相关联的接地端子,即,三组导电端子的不同组合,每个这样的三联组件包括一对差分信号端子和一个相关联的 接地端。 接地端子侧面是两个差分信号端子,每个三极管与相邻的三通线隔开一个间隔,该间隔大于三线态内的相邻端子之间的任何单个间隔。 还公开了安装这种连接器的电路板,并且它们具有特定的端接迹线图案,通常采用延伸穿过电路板的电镀通孔的形式。 这些通孔被布置成三角形图案,并且电路板的接地参考平面设置有空隙,一个空隙相关联并且包围一对单个三端口的差分信号通路。 这减小了信号通路的电容,从而增加了发射区域内的电路板的阻抗,以减少连接器 - 电路板接口中的阻抗不连续性。
    • 9. 发明授权
    • Capacitive signal connector
    • 电容信号连接器
    • US07568960B2
    • 2009-08-04
    • US12105976
    • 2008-04-18
    • Augusto P. PanellaRobert D. Malucci
    • Augusto P. PanellaRobert D. Malucci
    • G11C7/00
    • H01R13/03H01R13/6625
    • The present disclosure is directed to connectors and methods for passing signals through capacitive coupling and electron tunneling. The connectors according to the present disclosure can include contacts that have a dielectric film or coating applied at least at a contact interface area where the contacts engage with the contacts of a complementary mating connector. The contacts of the either or both of the connector and complementary connector can be coated with a dielectric film. The dielectric film can be selected from metal oxides and can be applied using known methods such as vapor deposition methods, oxidative methods, plating methods and adhesive coating methods. Performance parameters such as capacitance and resistance can be selected by selecting the material for the film and the thickness of the dielectric film and provides a contrast between the requirements for high frequency signal transfer using capacitive coupling and electron tunneling versus traditional metallic contact.
    • 本公开涉及用于通过电容耦合和电子隧道传递信号的连接器和方法。 根据本公开的连接器可以包括具有至少在触点接合区域处施加的电介质膜或涂层的触点,其中触点与互补配合连接器的触点接合。 连接器和互补连接器中的一个或两个的触点可以涂覆有电介质膜。 电介质膜可以选自金属氧化物,并且可以使用已知的方法例如气相沉积法,氧化法,电镀法和粘合剂涂布法进行应用。 可以通过选择膜的材料和电介质膜的厚度来选择诸如电容和电阻的性能参数,并且提供使用电容耦合和电子隧道与传统金属接触的高频信号传输的要求之间的对比。