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    • 2. 发明授权
    • Method for calibration of a vectorial network analyzer having more than two ports
    • 校准具有两个以上端口的矢量网络分析仪的方法
    • US07768271B2
    • 2010-08-03
    • US11942095
    • 2007-11-19
    • Andrej RumiantsevSteffen SchottStojan Kanev
    • Andrej RumiantsevSteffen SchottStojan Kanev
    • G01R35/00
    • G01R35/005G01R27/28
    • Method for calibrating a vectorial network analyzer, with n measurement ports (n>2) and at least m measurement sites, where m>n+1 includes measurement of three different n-port reflection standards, connected between measurement ports in any desired order, and successive measurement of reflection and transmission parameters at different transmission standards, connected between two respective measurement ports, and computational determination of error coefficients and error-corrected scattering matrices [Sx] of the n-port standards. Reflection standards, Short and Open, are unknown, but physically identical at each n-fold one-port. Reflection standard, realized by wave terminations, is known, but can be different at each n-fold one-port. Transmission standards are measured at a transmission standard, having known length and attenuation at a two-port, and at unknown transmission standards, identical for incident and reflected waves at remaining two-ports, which can be connected. Unknown reflection and transmission values are determined computationally by the measurements.
    • 用于校准具有n个测量端口(n> 2)和至少m个测量位置的矢量网络分析仪的方法,其中m> n + 1包括以任何所需顺序连接在测量端口之间的三个不同的n端口反射标准的测量, 连续测量两个相应测量端口之间的不同传输标准的反射和传输参数,以及n端口标准的误差系数和误差校正散射矩阵[Sx]的计算确定。 反射标准,短路和开放是未知的,但在每个n-fold单端口物理上相同。 反射标准通过波形终端实现,是已知的,但在每个n-fold单端口可以是不同的。 传输标准以传输标准测量,在双端口具有已知长度和衰减,并且在未知传输标准下,对于可连接的剩余两端口处的入射波和反射波是相同的。 通过测量计算地确定未知的反射和透射值。
    • 5. 发明授权
    • Probe holder for a probe for testing semiconductor components
    • 用于测试半导体元件的探头的探头支架
    • US07579849B2
    • 2009-08-25
    • US11674430
    • 2007-02-13
    • Jorg KiesewetterStefan KreissigStojan Kanev
    • Jorg KiesewetterStefan KreissigStojan Kanev
    • G01R31/02
    • G01R1/06705G01R1/0675
    • A probe holder in which the probe needle has a slight horizontal offset under the action of a vertical force, includes a probe holder for a probe needle, wherein the holder is adapted, for fastening and electrical contact-connection, on a carrier device of a test apparatus and has a holder arm having a needle holder at the free end thereof to fasten the probe needle, and a fastening arm for connecting the probe holder to the carrier device. The holder arm and the fastening arm are connected to one another by an articulated joint, whereby horizontal offset of the needle tip on account of external forces can be reduced or even prevented by increasing the radius of the yielding movement of the probe needle.
    • 探针支架,其中探针在垂直力的作用下具有轻微的水平偏移,包括用于探针的探针支架,其中该支架适于紧固和电接触连接在载体装置上 测试装置,并且具有在其自由端具有针保持器的保持臂,用于固定探针,以及用于将探针保持器连接到载体装置的紧固臂。 保持臂和紧固臂通过铰接接头彼此连接,由此可以通过增加探针的屈服运动的半径来减小或甚至防止由于外力引起的针尖的水平偏移。
    • 9. 发明申请
    • PROBE HOLDER FOR A PROBE FOR TESTING SEMICONDUCTOR COMPONENTS
    • 用于测试半导体组件的探测器的探头支架
    • US20080122465A1
    • 2008-05-29
    • US11674205
    • 2007-02-13
    • Dietmar RUNGEStojan KANEVClaus DIETRICH
    • Dietmar RUNGEStojan KANEVClaus DIETRICH
    • G01R1/04
    • G01R1/07342
    • A probe holder in which the probe needle has a slight horizontal offset under the action of a vertical force comprises a probe holder for a probe needle, wherein the holder is adapted, for fastening and electrical contact-connection, on a carrier device of a test apparatus and has a holder arm having a needle holder at the free end thereof to fasten the probe needle, and a fastening arm for connecting the holder arm to the carrier device. The holder arm and fastening arm are connected to one another by a parallel guide whereby horizontal offset of the needle tip on account of external forces can be reduced or even prevented making it easier for the probe needle to carry out a vertical yielding movement, with almost no rotation of the probe needle about a horizontal axis.
    • 其中探针在垂直力作用下具有轻微水平偏移的探针支架包括用于探针的探针支架,其中该支架用于紧固和电接触连接在测试的载体装置上 装置,并且具有在其自由端具有针保持器的保持臂,用于固定探针,以及用于将保持臂连接到承载装置的紧固臂。 保持臂和紧固臂通过平行的引导件彼此连接,由此可以减少或甚至防止针尖由于外力引起的水平偏移,从而使探针更容易进行垂直屈服运动,几乎可以 探头针绕水平轴不旋转。