2018
DOI: 10.1109/temc.2017.2752231
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Reproducing Field-to-Wire Coupling Effects in Twisted-Wire Pairs by Crosstalk

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Cited by 14 publications
(8 citation statements)
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“…It is proven in [10] and [11] that appropriate feeding conditions (i.e., magnitude and phase of the two generators) can reproduce the same frequency response of currents/voltages induced in the equipment under test by a plane-wave electromagnetic field with arbitrary incidence and polarization. In these works, only canonical wiring structures, i.e., singleended interconnections [10] and twisted wire pairs [11], were considered as harnesses under test, since the objective was to elaborate the basic principles of the test procedure. Conversely, in this work, enforcing equivalence between XT and RS is reformulated in order to tackle more realistic test setups, involving possibly complex wire bundles.…”
Section: Crosstalk-based Rs Testsmentioning
confidence: 99%
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“…It is proven in [10] and [11] that appropriate feeding conditions (i.e., magnitude and phase of the two generators) can reproduce the same frequency response of currents/voltages induced in the equipment under test by a plane-wave electromagnetic field with arbitrary incidence and polarization. In these works, only canonical wiring structures, i.e., singleended interconnections [10] and twisted wire pairs [11], were considered as harnesses under test, since the objective was to elaborate the basic principles of the test procedure. Conversely, in this work, enforcing equivalence between XT and RS is reformulated in order to tackle more realistic test setups, involving possibly complex wire bundles.…”
Section: Crosstalk-based Rs Testsmentioning
confidence: 99%
“…The interfering electromagnetic (EM) field, generated by an antenna in an anechoic environment, is approximated by a uniform plane wave characterized by elevation angle ϑ, azimuth angle ψ, polarization angle η, and electric-field strength E0 [11]. Without loss of generality, since the objective here is to mimic typical incidence conditions foreseen by aerospace and automotive Standards, the azimuth angle is hereinafter set to the value ψ=90 o (broadside incidence), and the polarization angle to the values η=0 o and η=90 o for vertical (VP) and horizontal (HP) polarization of the generating antenna, respectively.…”
Section: A Field-to-wire Coupling (Fc) Circuit Modelmentioning
confidence: 99%
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