Detail publikace

Analysis of Vivaldi antenna with Method of Moments in Matlab

Originální název

Analysis of Vivaldi antenna with Method of Moments in Matlab

Anglický název

Analysis of Vivaldi antenna with Method of Moments in Matlab

Jazyk

en

Originální abstrakt

The Vividli antenna (also known as Tapered Slot Antenna - TSA) belongs among slotline antennas with endfire radiation. Vivaldi antennas are fabricated from two thin metallic parts, which are separated by an air space or a dielectric substrate. In our development, we concentrated on a LTSA (Linear Taper Slotline Antenna) type. In the analysis by the method of moments, we have to discretize the surface of the Vivaldi antenna. If the discretization of the Vivaldi antenna is finished, then the program for the moment analysis can be run. The program consists in three parts: Pre-processing, Computational Kernel and Post-processing.

Anglický abstrakt

The Vividli antenna (also known as Tapered Slot Antenna - TSA) belongs among slotline antennas with endfire radiation. Vivaldi antennas are fabricated from two thin metallic parts, which are separated by an air space or a dielectric substrate. In our development, we concentrated on a LTSA (Linear Taper Slotline Antenna) type. In the analysis by the method of moments, we have to discretize the surface of the Vivaldi antenna. If the discretization of the Vivaldi antenna is finished, then the program for the moment analysis can be run. The program consists in three parts: Pre-processing, Computational Kernel and Post-processing.

Dokumenty

BibTex


@inproceedings{BUT4290,
  author="Zbyněk {Lukeš} and Zbyněk {Raida}",
  title="Analysis of Vivaldi antenna with Method of Moments in Matlab",
  annote="The Vividli antenna (also known as Tapered Slot Antenna - TSA) belongs among slotline antennas with endfire radiation. Vivaldi antennas are fabricated from two thin metallic parts, which are separated by an air space or a dielectric substrate. In our development, we concentrated on a LTSA (Linear Taper Slotline Antenna) type. In the analysis by the method of moments, we have to discretize the surface of the Vivaldi antenna. If the discretization of the Vivaldi antenna is finished, then the program for the moment analysis can be run. The program consists in three parts: Pre-processing, Computational Kernel and Post-processing.",
  address="Humusoft",
  booktitle="Matlab 2002, Sborník příspěvků 10. ročníku konference",
  chapter="4290",
  institution="Humusoft",
  year="2002",
  month="november",
  pages="289",
  publisher="Humusoft",
  type="conference paper"
}