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    • 2. 发明授权
    • Solder-less printed circuit board edge connector having a common ground contact for a plurality of transmission lines
    • 无焊接印刷电路板边缘连接器,具有用于多个传输线的公共接地触头
    • US06468089B1
    • 2002-10-22
    • US09839501
    • 2001-04-20
    • George M. HubbardDavid Brearley, Jr.
    • George M. HubbardDavid Brearley, Jr.
    • H01R1200
    • H01R24/50H01R12/721H01R13/658H01R2103/00
    • A solder-less printed circuit board edge connector (10) translates construction and impedance characteristics associated with a coaxial cable (20) to construction and impedance characteristics associated with a micro-strip transmission line formed on a printed circuit board (22). The solder-less printed circuit board edge connector (10) comprises a first edge connector (16), a second edge connector (16), and a “C-shaped” ground contact (30). The first edge connector (16) receives a first coaxial cable (20) having a first signal potential and a first ground potential, and has a first slot formed therein having the first ground potential. The second edge connector (16) receives a second coaxial cable (20) having a second signal potential and a second ground potential. The second edge connector (16) has a second slot formed therein having the second ground potential. The “C-shaped” ground contact (30) is electrically and mechanically coupled to the first slot having the first ground potential and the second slot having the second ground potential. The “C-shaped” ground contact (30) has multiple “V-shaped” spring members (32) for contacting multiple ground contacts (28) on a printed circuit board (22, 24) when the printed circuit board (22, 24) is positioned in the first slot and the second slot. Multiple “C-shaped” ground contacts (30) may be electrically and mechanically coupled together using an extension member (52), integrally formed as a unitary unit with the multiple “C-shaped” ground contacts (30). The extension member (52) has a notch (54) formed therein to permit the extension member (52) to bypass a signal contact (38) carrying the second signal potential.
    • 无焊锡印刷电路板边缘连接器(10)将与同轴电缆(20)相关联的结构和阻抗特性转换成与形成在印刷电路板(22)上的微带传输线相关联的结构和阻抗特性。 无焊锡印刷电路板边缘连接器(10)包括第一边缘连接器(16),第二边缘连接器(16)和“C”形接地触点(30)。 第一边缘连接器(16)接收具有第一信号电位和第一接地电位的第一同轴电缆(20),并且其中形成有第一接地电位的第一槽。 第二边缘连接器(16)接收具有第二信号电位和第二接地电位的第二同轴电缆(20)。 第二边缘连接器(16)具有形成在其中的具有第二接地电位的第二槽。 “C”型接地触点(30)电和机械耦合到具有第一接地电位的第一槽和具有​​第二接地电位的第二槽。 当印刷电路板(22,24)与印刷电路板(22,24)之间的多个接地触头(28)接触时,“C”形接地触头(30)具有多个“V形”弹簧部件 )定位在第一槽和第二槽中。 多个“C形”接地触头(30)可以使用与多个“C形”接地触头(30)整体形成为一体的单元的延伸构件(52)电连接和机械耦合在一起。 延伸构件(52)具有形成在其中的凹口(54),以允许延伸构件(52)绕过携带第二信号电位的信号触点(38)。