Please use this identifier to cite or link to this item: http://hdl.handle.net/10397/76917
Title: Phenomenological modeling of the mutual impedance among wire antennas
Authors: Arada, Gerald Pacaba
Advisors: Wong, Kainam Thomas (EIE)
Tam, Wai-yip (EIE)
Keywords: Electromagnetism
Electronic circuits
Issue Date: 2018
Publisher: The Hong Kong Polytechnic University
Abstract: This dissertation pioneers the "phenomenological" or "behavioral" approach to model the mutual-impedance matrix between two skewed crossed dipoles. This 2 × 2 mu-tual impedance matrix has the following four real-value scalars: the magnitude and the phase of the cross-impedance, the magnitude and the phase of the self-impedance. Simple expressions of the electromagnetic mutual impedance, in simple closed forms are introduced, veering away from lengthy and complicated expres-sions. The numerical values of the mutual and self-impedance are obtained from the computer electomagnetics simulation software, EMCoS VLab. These VLab data are then least-squares fit to various candidate functions of few degrees-of-freedom, to arrive at a good "phenomenological" model. The phenomenological models are expressed in terms of the dipoles' skew angle, separation, and common length. The three signi.cant contributions of this dissertation are: (1) obtain the phenomeno-logical models that best represent the VLab data, (2) interpret the models in terms of electromagnetic considerations and (3) illustrate the usefulness of the obtained phenomenological models in estimating an incident source's direction-of-arrival.
Description: 184 pages : color illustrations
PolyU Library Call No.: [THS] LG51 .H577P EIE 2018 Arada
URI: http://hdl.handle.net/10397/76917
Rights: All rights reserved.
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