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A field matching analysis of a waveguide structure incorporating two disc-ended probes
A field matching analysis of a waveguide incorporating two disc-ended probes Marek E. Bialkowski. * Microwave and Antenna Group, Dept. of Electrical and Computer Eng., University of Queensland, Queensland 4072, Australia, TEL.: +61 73653563, FAX +61 73654999 structure Abstract A field matching analysis of a waveguide structure incorporating two disc-ended probes is presented. Based on this analy
Analysis of strip-slot coupled circuits in a multilayered medium using a new calculation technique for the Green's functions
Analysis of strip-slot coupled circuits in a multilayered medium using a new calculation technique for the Green's functions Krist Blomme (NFWO), Jan Van Hese, Luc Vandormael, Niels Fache and Daniel De Zutter (NFWO) University of Ghent - Laboratory of Electromagnetism and Acoustics (LEA)Sint-Pietersnieuwstraat,41 9000 Ghent - Belgium TEL: 0032/91 64 33 16 FAX:0032/91 64 35 93 Topicnr.: 10. Comput
Effects of side wall grooves and metallization thickness on the dispersion characteristics of finline structure
EHects of side wall grooves and metallization thickness on the dispersion characteristics of finline structure A Ouadi, H Bourdoucen Institut National d'Electriciteet d'Electronique, lgeria A Abstract In this investigation, the hybrid-mode solution for shielded finline/strip configuration on an anisotropic substrate, is presented through an improved analysis. In particular, the metallization thic
Analysis of microstrip with finite-width dielectric and/or conductor strips
Analysis of microstrip with finite-width dielectric and I or conductor strips J Svacina Institut of Radioelectronics, Technical University of Brno, Antoninska 1, 66209 Brno,Czech Republic.Tel:+42 5 756802; Fax:+42 @ 541211135; E-mail: SVACINA ANUEEVUTBRCS J Abstract The contribution contains an investigation of microstrip transmission lines with finite-width dielectric and/or ground plane. The c
Modeling of photoconductive switch using spectral domain approach
Modeling of photoconductive domain approach Anne VILCOT - Sma".' TEDJINI LEMa, URA-CNRS 833, BP257, 38016 GRENOBLE Cedex, FRANCE Tel: (33) 76 85 6000 - Fax (33) 76 85 60 80 switch using spectral Abstract This paper deals with the microwave modeling of photoconductive switches. We extend the Spectral Domain Approach (SDA) to the modeling of microwave discontinuities realised on lossy substrates,
Parallel FDTD simulator for microwave structures
Parallel FDTD simulator for microwave structures w. Kumpel1, u. EHing1, M. Rittweger2 and I. Wolff 1,2 1 Deportment of ElectricalEngineering and Sonderlorschungsbereich 254, Duisburg University,Bismorckstr 81, D-47048 Duisburg, Germany. Tel. ++49 (203) 3793204, Telelax ++49(203) 3793499 2 Institutelor Mobile and Satellite Communication Techniques, Moerser Str.316, D-47475 Kamp-Lin~ort, ermany.
Electromagnetic analysis of three dimensional microstrip circuits uslng a periodic structure model
Electromagnetic analysis of three dimensional microstrip circuits using a periodic structure model P.Petre, K. Kottapalli Compact Software Inc., 483 Mclean Blvd. & Corner of 18th Ave., Paterson, NJ 07504 U.S.A. Abstract A new approach based on a periodic structure model is developed for full-wave electromagnetic analysis of shielded, passive microstrip components on multilayered substrate. The sp
Multimode network approach for the solution of two-dimensional waveguide discontinuities
Multimode network approach for the solution of two. dimensional waveguide discontinuities Hugh K Smith and Juan R. Mosig Laboratoire d'Electromagnetisme et d'Acoustique, Ecole Polytechnique Federale de Lausanne, CH-1 015 Lausanne, Switzerland phone + 41 21 693 2669 fax + 41 21 693 2673 Marco Guglielmi European Space Research and Technology Centre, European Space Agency, Postbus 299, 2200 AG Noord
Circuit modelling of waveguide discontinuities by FDTD methods
Circuit modelling of waveguide TD methods Franco Moglie, Tullio Rozzi, Pio Marcozzi di Elettronica ed Automatica, Universito degli Studi di 60131 Ancona, ITALY. TEL. + 39712204445, FAX + 3971898246; e-mail; moglie@hpelO 1.cineca. it Dipartimento discontinuities by FD- Ancona, via Brecce Bianche, Abstract The application of FD-TD techniques to waveguide problems helps to obtain good information
Accurate and fast characterization of a class of quasiplanar structures
Accurate and fast characterization of a class of quasiplanar structures Jun-Wu Tao, Gilbert Angimieux Fh~chet and Bernard Laboratoire d'Hyperfrequence et de Caracterisation (LAHC), Universite de Savoie 73376 Bourget-du-Lac Cedex, France Tel. (33) 79758585 Fax. (33) 79758742 Abstract Propagation and losses for some quasiplanar transmission structures will be characterized by using an accurate and