A Millimetre- Wave Monolithic Power Combining Oscillator Using the Extended Resonance Technique K. S. Ang, S. Nam and I. D. Robertson Microwave and Systems Research Group Department of Electronic and Electrical Engineering University of Surrey Guildford, Surrey GU2 5XH, UK Tel: + 44 1483259866 Fax: + 44 1483 876081 E-mail: k.ang-ee.surrey.ac.uk Abstract - A millimetre wave monolithic oscillator,

2 GHz MeiBner vea in Si Bipolar Technology H.D. Wohlmuth1,2, w. Simbiirgerl, H. Knappl,2, A.L. Scholtz2 lINFINEON Technologies AG, Corporate Research, D-81739 Munich, Otto-Hahn-Ring 6, Germany, Tel.: +4989 636-48490, E-Mail: hans-dieter.wohlmuth-infineon.com 2Institut fUr Nachrichten- u. Hochfrequenztechnik, A-I040 Vienna, GuBhausstr. 25/389 Abstract - A completely integrated 2 GHz Meiner vca in

Cascaded Wide Stop Band Waffle-Iron Filter Designed with a MM/FE CAD Method F. Arndtl, R. Beyerl, W. Hauth2, D. Schmitt2, and H. Zeh2 1Microwa.ve Department, University of Bremen, P. O. Box 330440, Kufsteiner NWI, D-28359, Bremen, Germany. 2 Bosch Telecom, Gerberstr. 33, D-1l522 Backnang, Germany. Str. AbstractA hybrid mode-matching(MM}/finite element (FE) CAD method is applied for the fast CAD o

A General Software Tool for the Accurate Design of Narrow and Wide Band Orthomode Transducers M. Ludovico, B. Piovano, G. Zarba, G. Bertin, L. Accatino and M. Mongiardo* CSELT- Via Reiss Romoli, 274-10148 Turin, Italy Dipartimento di Elettronica, Universiill di Perugia, 1-06100 Perugia, Italy * Abstract OrthoMode Transducers (OMTs) playa fundamental role in the implementation of antennas for dual

Adaptive Sampling Algorithm for Accurate Modeling of General Interconnection Structures Jan De Geest*, Tom Dhaene**, Niels Fache**, Daniel De Zutter* * Department of Information Technology (INTEC), University of Gent eMail: {jdgeestldezutter}-intec.rug.ac.be ** HP EEsof, Hewlett-Packard eMail: {tom_dhaenelnielsJ"ache}-hp.com A new adaptive technique is presented for building multidimensional para

A Hybrid Neural and Circuit-Based Model Structure for Microwave Modeling Shoujun Wang, Fang Wang, Vijaya Kumar Devabhaktuni and Qi-Jun Zlumg Department of Electronics, Carleton University, Ottawa, Canada KI S 5B6 Email: swang-doe.carleton.ca.fwang-doe.carleton.ca.vijay-doe.carleton.ca.qjz-doe.carleton.ca Abstract - Neural networks have recently gained attention as powerful vehicles to microwa

AUTOMATIC AND ACCURATE LUMPED-MODEL GENERATION OF MILLIMETER WAVE PASSIVE COMPONENTS USING EM SIMULATOR Noyan Kmayman AMP M/A-:COM, Central R&D 100 Chelmsford St., Lowell MA 01852, USA Tel: 978-656-2505 Fax: 978-656-2777 Emai1: kinayman-amp.com Ahstract - An automatic and accurate technique for the generation of scalable lumped-models of mm-wave passive components using full-wave EM simulation too

'" The Impact of Silicon Technology on Future Microwave Systems (Invited Paper) Lawrence E. Larson - University of California San Diego Leo C.N. de Vreede - Technical University - Delft Abstract: Silicon technology bas made rapid progress in the field of microwave technology in the last decade, and is now poised to be the dominant microwave semiconductor technology for the next ten yean. This pap

CHAOS IN Si MMIC OSCILLATORS Almudena Suarez, Sergio Sancho Dpto. de Ingenieria de Comunicaciones. Universidad de Cantabria. Avda de Los Castros sin. 39005 SANTANDER. Spain. Email: aimu-dicom.unican.es Abstract - This paper analyzes the dynamics of two Si circuits in millimetric band for which chaotic responses had been experimentally observed. The aim has been to determine in each case, the parti

RF TRANSMISSION LINES ON SILICON SUBSTRATES George E. Ponchak NASA Glenn Research Center, 21000 Brookpark Rd., Cleveland, OR 44135 USA george. ponchak-grc.nasa.gov Abstract- A review of RF transmission lines on silicon substrates is presented. Through measurements and calculated results, it is shown that attenuation is dominated by conductor loss if silicon substrates with a resistivity greater