Abstract
In the extraordinary scientific production of the late Prof. Clayton Paul - a giant in our discipline - understanding and prediction of crosstalk in twisted-wire pairs (TWPs) undoubtedly represents a milestone of his research work. He provided fundamental contributions to circuit interpretation of crosstalk, and thoroughly unveiled crosstalk sensitivity to TWP geometrical and electrical parameters. While this is actually well known to everybody in the EMC community, what is likely less evident is that his profound and sharp reflections on the outcomes of the numerical simulations he performed (some of them based on the so called “click model” [PAUL_REP1], others resorting to the Method of Moments) also contain fundamental hints for understanding and predicting radiated immunity properties of TWPs.
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