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    • 1. 发明授权
    • Coaxial contact assembly apparatus
    • 同轴接触装配装置
    • US6053777A
    • 2000-04-25
    • US145914
    • 1998-09-02
    • Stephen A. Boyle
    • Stephen A. Boyle
    • H01R11/18G01R1/06G01R1/067G01R1/073H01R9/05H01R13/24H01R24/44H01R103/00
    • G01R1/06722G01R1/06H01R13/2421G01R1/07328H01R2103/00H01R24/44H01R9/05
    • A coaxial contact assembly (10,10', 10") has a cylindrical ground plunger (30) which is fixedly attached to the ground conductor (1b) of a coaxial cable (1,1') through a ground sleeve (28) and mounted in a test head support (4) for sliding movement therein. An inner contact plunger barrel (18) is fixedly attached to the signal conductor (1a) of the coaxial cable either through a signal sleeve (16) for a replaceable inner contact assembly, or directly for a dedicated unit. An inner contact plunger (20) received in the plunger barrel has a contact portion (20c) biased outwardly to extend a selected amount beyond the ground plunger (30) in a given direction by a first spring member (24) while a second spring (36) biases the ground plunger outwardly in the given direction to a preset location. The spring force of the second spring is greater than that of the first spring so that initially plunger (20) will move inwardly independently of the ground plunger upon engagement with a test site until coplanarity occurs after which both the inner and outer contact portions will move together. Contact assemblies may be joined together through a flexible cable to form a double-ended configuration which can accommodate offset as well as in-line mounting. The ground plunger (30) and inner contact plunger barrel (18) are maintained in spaced coaxial relation by use of spaced members (32,34) in one embodiment and a single member having spaced apart portions (32',34') joined by a reduced diameter web (33) in a modified embodiment.
    • 同轴接触组件(10,10',10“)具有通过接地套筒(28)固定地连接到同轴电缆(1,1')的接地导体(1b)的圆柱形接地柱塞(30) 并安装在用于在其中滑动的测试头支撑件(4)中。 内部接触柱塞筒(18)通过信号套筒(16)固定地连接到同轴电缆的信号导体(1a),用于可更换的内部接触组件,或直接用于专用单元。 容纳在柱塞筒中的内部接触柱塞(20)具有向外偏压的接触部分(20c),以通过第一弹簧构件(24)在给定方向上延伸超过接地柱塞(30)的选定量,而第二弹簧 36)将接地柱塞沿给定方向向外偏压到预设位置。 第二弹簧的弹力大于第一弹簧的弹簧力,使得当与测试部位接合时,最初的柱塞(20)将独立于接地柱塞向内移动,直到共面性发生,之后内部和外部接触部分将移动 一起。 接触组件可以通过柔性电缆连接在一起以形成可以适应偏移以及在线安装的双端配置。 在一个实施例中,接地柱塞(30)和内部接触柱塞筒(18)通过使用间隔开的构件(32,34)保持间隔开的同轴关系,并且具有间隔开的部分(32',34')的单个构件通过 在改进的实施例中的直径减小的卷筒纸(33)。
    • 3. 发明授权
    • Electrical contact assembly for interconnecting test apparatus and the
like
    • 用于互连测试装置的电触头组件等
    • US6159056A
    • 2000-12-12
    • US440799
    • 1999-11-15
    • Stephen A. Boyle
    • Stephen A. Boyle
    • G01R1/067G01R1/073H01R13/187H01R13/24H01R24/44H01R103/00
    • H01R13/2421G01R1/06722G01R1/073H01R24/44H01R2103/00
    • An electrical contact assembly (10) for use, for example, in interfacing between a circuit board or the like to be tested and test apparatus has first and second contact plungers (14,16) which are slidably mounted in an outer barrel (12) with respective contact projections (14c,16c) extending out opposite ends of the barrel. The first contact plunger (14) is hollow and slidably receives therein an elongated longitudinally extending portion (16a) of the second contact plunger (16), the contact plungers being biased apart by a coil spring (18) mounted between respective spring seats (14e,16g) of the contact plungers. Alternate embodiments (10',10") include a plurality of longitudinally extending fingers (14h,16h) formed in one of the plungers which form an interference fit with the other plunger. In another embodiment (10'") the first and second contact plungers (14",16") are interlocked together by means of a decreased diameter portion (14k) in the bore of the first contact plunger and a cooperating enlarged diameter portion (16m) at the distal end of the elongated portion (16a).
    • 用于例如用于待测电路板等的测试装置之间的接触组件(10)具有可滑动地安装在外筒(12)中的第一和第二接触柱塞(14,16) 其中相应的接触突起(14c,16c)延伸出筒的相对端。 第一接触柱塞(14)是中空的并且可滑动地容纳第二接触柱塞(16)的细长纵向延伸部分(16a),接触柱塞被安装在相应的弹簧座(14e)之间的螺旋弹簧(18) ,16g)接触柱塞。 替代实施例(10',10“)包括形成在一个柱塞中的多个纵向延伸的指状物(14h,16h),其形成与另一柱塞的过盈配合。 在另一个实施例(10“)中,第一和第二接触柱塞(14”,16“)通过第一接触柱塞的孔中的直径减小的部分(14k)互锁在一起, 在所述细长部分(16a)的远端处的部分(16m)。
    • 4. 发明授权
    • Electrical contact system
    • 电接触系统
    • US06275054B1
    • 2001-08-14
    • US09440800
    • 1999-11-15
    • Stephen A. Boyle
    • Stephen A. Boyle
    • H01R1324
    • H01R13/2421G01R1/06722G01R1/073H01R24/44H01R2103/00
    • A coaxial contact assembly (100,100′,100″) is shown in which the outer cylindrical barrel (102,102′,102′″) is adapted to be fixedly mounted in a support and with a ground plunger (104,104″) telescopically and slidably received therein and with an interface ductor member (106,106″) in turn telescopically and slidably received within the bore of the ground plunger. The interface member is fixedly attached to and in electrical engagement with the braid layer of a coaxial cable (1) and is formed with a plurality of elongated, longitudinally extending fingers (106b) which extend radially outwardly a selected amount so that when received in the bore of the ground plunger they are biased into intimate electrical engagement therewith. An inverse electrical connection between the ductor member and the ground plunger is shown with fingers (104b′) of ground plunger (104′) biased into electrical engagement with a solid tubular inductor member (106b′). A dielectric spacer member (110,110′) is mounted on the signal sleeve (16) and prevents electrical shorting between the interface ductor member (106,106″) and the inner contact plunger (18). The inner, or signal, plunger (18) is maintained in coaxial relationship with the ground sleeve by means of a dielectric spacer member (108,108′,108″) mounted on the inner plunger (18). A coil spring (112,112″) is disposed around the interface member for biasing the ground sleeve outwardly.
    • 示出了同轴接触组件(100,100',100“),其中外圆筒体(102,102',102”)适于被可伸缩地固定地安装在支撑件中并具有接地柱塞(104,104“),并且 可滑动地容纳在其中并且具有接口导管构件(106,106“),然后可伸缩地并可滑动地容纳在接地柱塞的孔内。 接口构件固定地附接到同轴电缆(1)的编织层并与之电气接合,并且形成有多个细长的纵向延伸的指状物(106b),该指状物径向向外延伸选定的量,使得当被接收在 接地柱塞的孔被偏压成与其紧密的电接合。 示出了导管构件和接地柱塞之间的反电连接,其中接地柱塞(104')的指状物(104b')被偏置成与实心管状电感器构件(106b')电接合。 电介质隔离构件(110,110')安装在信号套筒(16)上并防止接口导体构件(106,106“)和内接触柱塞(18)之间的电短路。 内部或信号柱塞(18)通过安装在内部柱塞(18)上的介电隔离件(108,108',108“)与接地套管保持同轴的关系。 螺旋弹簧(112,112“)设置在接口构件周围,用于向外偏压接地套筒。