In this work, three passive and two active current equalizers designed for use in coaxial impedance bridges are characterized over a wide frequency range. A dedicated measurement circuit is used to determine the current mismatch between the inner and outer currents of the coaxial network. Active equalizers show a reduced current mismatch compared to passive equalizers. However, the resonance behavior measured at low frequency highlights the need for further optimization of active designs.
Characterization of Current Equalizers for Coaxial Impedance Bridges / Medved, J., Ortolano, M., Overney, F., Bauer, S.. - ELETTRONICO. - (2026). (2026 Conference on Precision Electromagnetic Measurements (CPEM 2026) Madrid (Spa) 06-11 September 2026).
Characterization of Current Equalizers for Coaxial Impedance Bridges
Juan Medved;Massimo Ortolano;
2026
Abstract
In this work, three passive and two active current equalizers designed for use in coaxial impedance bridges are characterized over a wide frequency range. A dedicated measurement circuit is used to determine the current mismatch between the inner and outer currents of the coaxial network. Active equalizers show a reduced current mismatch compared to passive equalizers. However, the resonance behavior measured at low frequency highlights the need for further optimization of active designs.| File | Dimensione | Formato | |
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Medved2026b_CPEM.pdf
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https://hdl.handle.net/11583/3015540
