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Mobile and terminal antennas

Derneryd, Anders LU and Kristensson, Gerhard LU (2003) Antenn 03. Nordic Antenna Symposium In Antenn 03. Nordic Antenna Symposium. Conference Proceedings p.37-38
Abstract
This project deals with the analysis of antennas for mobiles and terminals in the form of a patch element on a grounded substrate. A special case of this antenna element is the PIFA-element. The analysis is based on the propagator method, a vector generalisation of the transmission line theory, that has been extended to the analysis of surface waves in inhomogeneous permittivity profiles. Analyses of combined antenna radiation pattern and propagation channel characteristics have been initiated in order to demonstrate the performance advantage of exploiting two-antenna signals on a terminal for diversity or interference suppression. A generic two-antenna terminal is presented in this paper which improves capacity on reception. Signal... (More)
This project deals with the analysis of antennas for mobiles and terminals in the form of a patch element on a grounded substrate. A special case of this antenna element is the PIFA-element. The analysis is based on the propagator method, a vector generalisation of the transmission line theory, that has been extended to the analysis of surface waves in inhomogeneous permittivity profiles. Analyses of combined antenna radiation pattern and propagation channel characteristics have been initiated in order to demonstrate the performance advantage of exploiting two-antenna signals on a terminal for diversity or interference suppression. A generic two-antenna terminal is presented in this paper which improves capacity on reception. Signal correlation coefficients that depend on the mutual coupling are calculated. (Less)
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author
organization
publishing date
type
Chapter in Book/Report/Conference proceeding
publication status
published
subject
keywords
mobile-terminal antennas, grounded substrate, planar inverted F-antenna element, propagator method, vector generalisation, transmission line theory, inhomogeneous permittivity, antenna radiation pattern, diversity, propagation channel characteristics, mutual coupling, correlation coefficients, interference suppression, generic two-antenna terminal, patch element
in
Antenn 03. Nordic Antenna Symposium. Conference Proceedings
pages
37 - 38
publisher
Antenn 03 FMV
conference name
Antenn 03. Nordic Antenna Symposium
language
English
LU publication?
yes
id
3dee6b00-bb9b-412a-a6c8-0c044b3d9bfc (old id 612248)
date added to LUP
2007-11-28 11:56:32
date last changed
2016-04-16 09:22:29
@inproceedings{3dee6b00-bb9b-412a-a6c8-0c044b3d9bfc,
  abstract     = {This project deals with the analysis of antennas for mobiles and terminals in the form of a patch element on a grounded substrate. A special case of this antenna element is the PIFA-element. The analysis is based on the propagator method, a vector generalisation of the transmission line theory, that has been extended to the analysis of surface waves in inhomogeneous permittivity profiles. Analyses of combined antenna radiation pattern and propagation channel characteristics have been initiated in order to demonstrate the performance advantage of exploiting two-antenna signals on a terminal for diversity or interference suppression. A generic two-antenna terminal is presented in this paper which improves capacity on reception. Signal correlation coefficients that depend on the mutual coupling are calculated.},
  author       = {Derneryd, Anders and Kristensson, Gerhard},
  booktitle    = {Antenn 03. Nordic Antenna Symposium. Conference Proceedings},
  keyword      = {mobile-terminal antennas,grounded substrate,planar inverted F-antenna element,propagator method,vector generalisation,transmission line theory,inhomogeneous permittivity,antenna radiation pattern,diversity,propagation channel characteristics,mutual coupling,correlation coefficients,interference suppression,generic two-antenna terminal,patch element},
  language     = {eng},
  pages        = {37--38},
  publisher    = {Antenn 03 FMV},
  title        = {Mobile and terminal antennas},
  year         = {2003},
}