Characterization of shield inhomogeneities of multiconductor cables by evaluation of measured transfer impedances and admittances

机译：通过评估测量的传输阻抗和导纳来表征多芯电缆的屏蔽不均匀性

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The determination of the complex transfer impedances and transfer admittances of shielded multiconductor cables is the prerequisite for calculating disturbing currents on the inner wires of the cable. With a measurement procedure based on the improved triaxial measurement setups using multiconductor transmission line theory for evaluation, it is possible to determine individual transfer impedances and admittances for each inner conductor of a shielded multiconductor cable over a broad frequency range. This paper shows the determination of the location and the calculation of the area of shield inhomogeneities by the evaluation of measured transfer impedances and admittances.

机译：确定屏蔽多芯电缆的复数传输阻抗和传输导纳是计算电缆内线干扰电流的前提。通过基于改进的三轴测量设置的测量程序，该测量程序使用多导体传输线理论进行评估，可以确定宽频率范围内屏蔽多导体电缆的每个内部导体的传输阻抗和导纳。本文介绍了通过评估测量的传输阻抗和导纳来确定屏蔽不均匀性的位置和面积的方法。

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《Electromagnetic Compatibility, 1999 IEEE International Symposium on》|1999年|P.571-576|共6页
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Jung; L.; Luiken ter Haseborg; J.;
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中图分类无线电电子学、电信技术;
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1. Evaluation of measured complex transfer impedances and transfer admittances for the characterization of shield inhomogeneities of multiconductor cables [J] . Jung L., Luiken ter Haseborg J. IEEE Transactions on Electromagnetic Compatibility . 1999,第4期

机译：评估测量的复数传输阻抗和传输导纳，以表征多芯电缆的屏蔽不均匀性
2. Full SPICE model for transfer impedance and transfer admittance inclusion in shielded coaxial cables analysis [J] . A. Orlandi IEE Proceedings. Part A, Science, Measurement and Technology . 2003,第6期

机译：用于屏蔽同轴电缆分析中传输阻抗和传输导纳的完整SPICE模型
3. On the use of the surface impedance concept in shielded and multiconductor cable characterization by the finite element method [J] . Darcherif A., Raizer A. IEEE Transactions on Magnetics . 1992,第2期

机译：关于表面阻抗概念在屏蔽和多导体电缆表征中的应用
4. Characterization of shield inhomogeneities of multiconductor cables by evaluation of measured transfer impedances and admittances [C] . Lorenz Jung, Jan Luiken ter Haseborg IEEE EMC Symposium . 1999

机译：通过评估测量的转移阻抗和入读来表征多导体电缆的屏蔽不均匀性
5. Technologies for Improved Reliability of Shielded Power Cable and Characterization of Capacitor Film Energy Density. [D] . Shu, Wen. 2010

机译：改善屏蔽电力电缆可靠性和电容器膜能量密度表征的技术。
6. Lung regions identified with CT improve the value of global inhomogeneity index measured with electrical impedance tomography [O] . Lin Yang, Meng Dai, Knut Möller, 2021

机译：用CT鉴定的肺部地区提高了通过电阻抗断层扫描测量的全球不均匀性指数的价值
7. On the reliability of impedance and admittance data measured with limited bandwidth at an object that varies with time, the dropping mercury electrode, also complicated by shielding effects, in particular [O] . M. Sluyters-Rehbach, J.S.M.C. Breukel, J.H. Sluyters 1979

机译：在随时间变化的物体中用有限带宽测量的阻抗和导纳数据的可靠性，滴汞电极也通过屏蔽效果复杂化
8. Electric and Magnetic Field Coupling Through a Braided-Shield Cable: Transfer Admittance and Transfer Impedance [R] . Roberts, H. A., MacDonald, S. B., Capobianco, J. 1986

机译：通过编织屏蔽电缆的电场和磁场耦合：转移导纳和转移阻抗

Characterization of shield inhomogeneities of multiconductor cables by evaluation of measured transfer impedances and admittances

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