Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB

Coaxial couplers with high input RF power, usually operated at 500 MHz, are one of the critical components used in accelerators. To withstand high RF power, the couplers should be tested first, under identical conditions in a test stand. A waveguide coupled to a coaxial cable is used for this purpos...

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Main Authors: M Mostajeran, F Kazemi
Format: Article
Language:English
Published: Isfahan University of Technology 2018-02-01
Series:Iranian Journal of Physics Research
Subjects:
Online Access:http://ijpr.iut.ac.ir/browse.php?a_code=A-10-1-839&slc_lang=en&sid=1
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author M Mostajeran
F Kazemi
author_facet M Mostajeran
F Kazemi
author_sort M Mostajeran
collection DOAJ
description Coaxial couplers with high input RF power, usually operated at 500 MHz, are one of the critical components used in accelerators. To withstand high RF power, the couplers should be tested first, under identical conditions in a test stand. A waveguide coupled to a coaxial cable is used for this purpose. The parameter that indicates the amount of returned power loss is S11. By optimizing the dimensions of the proposed model this parameter can be reduced.​​ ​MATLAB program has special  and powerful tools to optimize the models which are simulated in CST STUDIO SUITE. In this paper the details of how MATLAB can control CST is described. Using MATLAB to control CST, the optimization of the coaxial coupler coupling 1800 waveguide is carried out.
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spelling doaj.art-58736884c8624652a3f02ae7de73561e2022-12-22T02:54:00ZengIsfahan University of TechnologyIranian Journal of Physics Research1682-69572345-36642018-02-01175795804Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLABM Mostajeran0F Kazemi1 Department of Physics, University of Yazd, Yazd, Iran Department of Physics, University of Yazd, Yazd, Iran Coaxial couplers with high input RF power, usually operated at 500 MHz, are one of the critical components used in accelerators. To withstand high RF power, the couplers should be tested first, under identical conditions in a test stand. A waveguide coupled to a coaxial cable is used for this purpose. The parameter that indicates the amount of returned power loss is S11. By optimizing the dimensions of the proposed model this parameter can be reduced.​​ ​MATLAB program has special  and powerful tools to optimize the models which are simulated in CST STUDIO SUITE. In this paper the details of how MATLAB can control CST is described. Using MATLAB to control CST, the optimization of the coaxial coupler coupling 1800 waveguide is carried out.http://ijpr.iut.ac.ir/browse.php?a_code=A-10-1-839&slc_lang=en&sid=1accelerators coupler high power optimization CST MATLAB
spellingShingle M Mostajeran
F Kazemi
Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB
Iranian Journal of Physics Research
accelerators
coupler
high power
optimization
CST
MATLAB
title Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB
title_full Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB
title_fullStr Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB
title_full_unstemmed Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB
title_short Optimization of a high-power coaxial coupler to 1800 waveguide coupler with high input power using CST simulator controlled by MATLAB
title_sort optimization of a high power coaxial coupler to 1800 waveguide coupler with high input power using cst simulator controlled by matlab
topic accelerators
coupler
high power
optimization
CST
MATLAB
url http://ijpr.iut.ac.ir/browse.php?a_code=A-10-1-839&slc_lang=en&sid=1
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