Abstract
Closed form solutions for the evaluation of the wave and natural parameters of inhomogeneous cable configurations where skin- and proximity-effects are present rarely exist. In most cases such parameters can only be retrieved from measurement experiments or by resorting to numerical methods. In this short paper we present the theoretical foundations of a novel measurement principle, as well as specific formulae for the determination of the parameters of a shielded bifilar line, avoiding the end-effects that usually arise when cables are tested using short- and open-circuit terminations. Copyright © 2010 John Wiley & Sons, Ltd.
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