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    • 1. 发明申请
    • Differential Measurement Probe Having a Ground Clip System for the Probing Tips
    • 差分测量探头具有用于探测技巧的地面剪辑系统
    • US20080309356A1
    • 2008-12-18
    • US12196226
    • 2008-08-21
    • Kei-Wean C. YangMark W. NightingalePaul G. Chastain
    • Kei-Wean C. YangMark W. NightingalePaul G. Chastain
    • G01R1/067
    • G01R1/06788G01R1/06772
    • A differential measurement probe has a ground clip system for electrically coupling outer shielding conductors of differential probing tips together. In one embodiment, the probing tips independently move vertically relative to each other with the ground clip system secured to each of the outer shielding conductors of the probing tips. In a further embodiment, the probing tips move both vertically and horizontally and the ground clip system has a spring wire member that is secured to the probe. The spring wire member is formed with various sections having various angles to each other that allows one section to slidably engage one of the outer shielding conductors on one of the probing tips and another section to slidably engage the outer shielding conductor of the other probing tip.
    • 差分测量探头具有接地夹系统,用于将差分探针的外部屏蔽导体电耦合在一起。 在一个实施例中,探测尖端独立地相对于彼此移动,而接地夹系统固定到探测尖端的每个外屏蔽导体。 在另一个实施例中,探测尖端垂直和水平地移动,并且接地夹系统具有固定到探针的弹簧线构件。 弹簧线构件形成为具有彼此具有各种角度的各种部分,其允许一个部分在一个探测尖端和另一个部分上滑动地接合外部屏蔽导体中的一个,以可滑动地接合另一个探测尖端的外部屏蔽导体。
    • 6. 发明授权
    • Measurement probe providing signal control for an EOS/ESD protection module
    • 测量探头为EOS / ESD保护模块提供信号控制
    • US06734689B1
    • 2004-05-11
    • US10313753
    • 2002-12-05
    • Kei-Wean C. Yang
    • Kei-Wean C. Yang
    • G01R3102
    • G01R1/06772
    • A measurement probe has housing in which are disposed a spring loaded coaxial probe assembly and a pressure sensor. The probe assembly is formed from a semi-rigid coaxial cable having a probing tip formed at one end and a coaxial connector at the other end. The pressure sensor has first electrically conductive contact secured and electrically coupled to the semi-rigid coaxial cable and a second electrically conductive contact positioned and secured within the internal cavity of the housing. The probing tip is coupled to electrical ground via a control module when the housing is in a first position and the probing tip is coupled to the input circuitry of the measurement test instrument via the control module in response to an activation signal generated by the pressure sensor in response to movement of the housing to a second position and coupled to the control module.
    • 测量探头具有壳体,其中设置有弹簧加载的同轴探头组件和压力传感器。 探针组件由半刚性同轴电缆形成,该同轴电缆具有在一端形成的探测尖端和另一端的同轴连接器。 压力传感器具有固定并电耦合到半刚性同轴电缆的第一导电触点和定位并固定在壳体的内部空腔内的第二导电触头。 当壳体处于第一位置时,探测尖端经由控制模块耦合到电接地,并且探测尖端响应于由压力传感器产生的激活信号经由控制模块耦合到测量测试仪器的输入电路 响应于壳体移动到第二位置并且耦合到控制模块。
    • 7. 发明授权
    • Differential measurement probe having a ground clip system for the probing tips
    • 差分测量探头具有用于探测尖端的接地夹系统
    • US07586318B2
    • 2009-09-08
    • US12196235
    • 2008-08-21
    • Kei-Wean C. Yang
    • Kei-Wean C. Yang
    • G01R31/02
    • G01R1/06788G01R1/06772
    • A differential measurement probe has a ground clip system for electrically coupling outer shielding conductors of differential probing tips together. In one embodiment, the probing tips independently move vertically relative to each other with the ground clip system secured to each of the outer shielding conductors of the probing tips. In a further embodiment, the probing tips move both vertically and horizontally and the ground clip system has a spring wire member that is secured to the probe. The spring wire member is formed with various sections having various angles to each other that allows one section to slidably engage one of the outer shielding conductors on one of the probing tips and another section to slidably engage the outer shielding conductor of the other probing tip.
    • 差分测量探头具有接地夹系统,用于将差分探针的外部屏蔽导体电耦合在一起。 在一个实施例中,探测尖端独立地相对于彼此移动,而接地夹系统固定到探测尖端的每个外屏蔽导体。 在另一个实施例中,探测尖端垂直和水平地移动,并且接地夹系统具有固定到探针的弹簧线构件。 弹簧线构件形成为具有彼此具有各种角度的各种部分,其允许一个部分在一个探测尖端和另一个部分上滑动地接合外部屏蔽导体中的一个,以可滑动地接合另一个探测尖端的外部屏蔽导体。
    • 8. 发明授权
    • Differential measurement probe having a ground clip system for the probing tips
    • 差分测量探头具有用于探测尖端的接地夹系统
    • US07436191B2
    • 2008-10-14
    • US11689415
    • 2007-03-21
    • Kei-Wean C. Yang
    • Kei-Wean C. Yang
    • G01R31/02
    • G01R1/06788G01R1/06772
    • A differential measurement probe has a ground clip system for electrically coupling outer shielding conductors of differential probing tips together. In one embodiment, the probing tips independently move vertically relative to each other with the ground clip system secured to each of the outer shielding conductors of the probing tips. In a further embodiment, the probing tips move both vertically and horizontally and the ground clip system has a spring wire member that is secured to the probe. The spring wire member is formed with various sections having various angles to each other that allows one section to slidably engage one of the outer shielding conductors on one of the probing tips and another section to slidably engage the outer shielding conductor of the other probing tip.
    • 差分测量探头具有接地夹系统,用于将差分探针的外部屏蔽导体电耦合在一起。 在一个实施例中,探测尖端独立地相对于彼此移动,而接地夹系统固定到探测尖端的每个外屏蔽导体。 在另一个实施例中,探测尖端垂直和水平地移动,并且接地夹系统具有固定到探针的弹簧线构件。 弹簧线构件形成为具有彼此具有各种角度的各种部分,其允许一个部分在一个探测尖端和另一个部分上滑动地接合外部屏蔽导体中的一个,以可滑动地接合另一个探测尖端的外部屏蔽导体。
    • 10. 发明授权
    • Electrical standoff having a transmission structure and method of manufacture
    • 具有传输结构和制造方法的电气隔离
    • US06605547B1
    • 2003-08-12
    • US10155200
    • 2002-05-23
    • Kei-Wean C. Yang
    • Kei-Wean C. Yang
    • H01L21302
    • H01P3/003
    • An electrical standoff has a dielectric substrate with opposing horizontal surfaces and at least two opposing vertical end walls. A transmission structure having planar elements is formed on the at least one of the horizontal surfaces with the planar elements of the transmission structure extending to the two opposing vertical end walls. The electrical standoff is formed from a wafer of dielectric material having at least a first transmission structure formed thereon. A low temperature water soluble wax is applied over the transmission structure and a protective covering is placed over the water soluble wax. The wafer is sawn to form the electrical standoff with the electrical standoff having two opposing sawn vertical end walls intersecting the planar elements of the transmission structure. The protective covering and the low temperature water soluble wax are removed from the electrical standoff.
    • 电气支座具有具有相对的水平表面的电介质基底和至少两个相对的垂直端壁。 具有平面元件的透射结构形成在至少一个水平表面上,其中透射结构的平面元件延伸到两个相对的垂直端壁。 电气间隙由其上形成有至少第一传输结构的电介质材料晶片形成。 将低温水溶性蜡施加在透射结构上,并将保护性覆盖物置于水溶性蜡上。 锯片以形成电气间隔,其电气间隙具有与传输结构的平面元件相交的两个相对的锯形垂直端壁。 保护覆盖物和低温水溶性蜡从电气间隙中去除。