Hybrid MoM Scheme with Incorporation of Equivalent Glass Antenna Model in Application to Automotive EMC Problems

Based on modified mirror image method, an equivalent model of layered glass antenna structure is suggested and validated by comparison with traditional Green's function Sommerfeld solution. The derived approximate Green's function is applied to consider finite-sized glass antennas integrat...

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Main Authors: Bogdanov, F., Karkashadz, D., Jobava, R., Gheonjian, A., Yavolovskaya, E., Bondarenko, N.
Format: Conference Proceeding
Language:English
Subjects:
Antenna measurements
Automotive engineering
Computational geometry
Dielectric substrates
Electromagnetic compatibility
Glass
Green's function methods
Microstrip antennas
Mirrors
Predictive models
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creator Bogdanov, F.
Karkashadz, D.
Jobava, R.
Gheonjian, A.
Yavolovskaya, E.
Bondarenko, N.
description Based on modified mirror image method, an equivalent model of layered glass antenna structure is suggested and validated by comparison with traditional Green's function Sommerfeld solution. The derived approximate Green's function is applied to consider finite-sized glass antennas integrated into a full car model. The obtained hybrid MoM scheme is validated by comparison with measurements on simplified finite-sized model. Finally, this scheme will be applied for prediction of EMC characteristics of full car model with incorporated glass antenna.
doi_str_mv 10.1109/EMCZUR.2009.4783429
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Antenna measurements
Automotive engineering
Computational geometry
Dielectric substrates
Electromagnetic compatibility
Glass
Green's function methods
Microstrip antennas
Mirrors
Predictive models
title Hybrid MoM Scheme with Incorporation of Equivalent Glass Antenna Model in Application to Automotive EMC Problems
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