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    • 2. 发明申请
    • INTERCONNECTED APPARATUS UTILIZING METAL ON ELASTOMER RING CHAIN STYLE
    • 使用弹性体环形金属的互连装置
    • US20080132097A1
    • 2008-06-05
    • US11565091
    • 2006-11-30
    • Robert FlorenceVincent MulliganThomas RamundoCharles Tompkins
    • Robert FlorenceVincent MulliganThomas RamundoCharles Tompkins
    • H01R25/00
    • H01R13/6461H01R12/714H01R13/2414
    • A connector for the interconnection of electrical components, the connector component comprising a framing segment, a planar grid constructed from a plurality of contact support cores, rails, and conductive annular cylinders, wherein the conductive annular cylinders comprising a predetermined geometric configuration, the rails are formed with a plurality of holes that are spaced a predetermined distance apart from one another along length of the body of the rail, and the plurality of contact support cores longitudinally extending through the holes that are formed within the plurality rails and the conductive annular cylinders. The rails and conductive annular cylinders being positioned along the length of a contact support core so that a conductive annular cylinder is positioned in the spacing between rails, further, the plurality conductive annular cylinders physically protrude beyond the width of the bodies of the plurality rails to form a conductive contact area surface. Further, the planar grid is mechanically mounted to framing segment.
    • 一种用于电气部件互连的连接器,所述连接器部件包括框架段,由多个接触支撑芯,导轨和导电环形气缸构成的平面格栅,其中所述导电环形圆柱体包括预定的几何构型, 形成有沿着轨道主体的长度彼此间隔开预定距离的多个孔,并且多个接触支撑芯纵向延伸穿过形成在多个轨道和导电环形气缸内的孔。 轨道和导电环形圆柱体沿着接触支撑芯的长度定位,使得导电环形圆柱体定位在轨道之间的间隔中,此外,多个导电环形气缸物理地突出超过多个轨道的主体的宽度, 形成导电接触区域表面。 此外,平面栅格机械地安装到框架段。
    • 3. 发明申请
    • Power short circuit testing of an electronics assembly employing pre-characterized power off resistance of an electronic component thereof from a power boundary
    • 电子组件的电力短路测试,其采用电力边界的电子部件的预定义的断电电阻
    • US20060271326A1
    • 2006-11-30
    • US11137878
    • 2005-05-26
    • Frank BoscoGerald FahrRaymond LonghiVincent Mulligan
    • Frank BoscoGerald FahrRaymond LonghiVincent Mulligan
    • G01R31/14
    • G01R31/025
    • A technique for testing an electronics assembly for a power short circuit is provided. The technique includes pre-characterizing power off resistance of an electronic component(s) of a first packaging level from at least one power boundary of the electronic component(s). The characterizing of the power off resistance occurs prior to placement of the electronic component(s) into an electronics assembly of a higher packaging level. The technique further includes determining actual power off resistance of the electronics component(s) after placement thereof into the electronics assembly, with the actual power off resistance being determined from the at least one power boundary. Thereafter, the actual power off resistance of the electronic component(s) in the electronics assembly is compared with the pre-characterized power off resistance of the at least one electronic component(s), and a determination is made therefrom whether a power short circuit exists within the electronics assembly.
    • 提供了一种用于测试用于电源短路的电子组件的技术。 该技术包括从电子部件的至少一个电源边界预先表征第一封装级别的电子部件的断电电阻。 在将电子部件放置到更高封装水平的电子组件之前,断电阻力的表征发生。 该技术还包括在将电子元件放入电子组件之后确定电子元件的实际断电电阻,其中实际断电电阻是从至少一个电源边界确定的。 此后,将电子组件中的电子部件的实际断电电阻与至少一个电子部件的预表示的断电电阻进行比较,并且确定电力短路 存在于电子组件内。