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EuMC: A Novel Technique for Obtaining LO and RF (LSB) Rejection in 25--40 GHz Microwave Up Conversion Mixers Based on the Concepts of Distributed and Double Balanced Mixing
A Novel Technique for Obtaining LO and RF (LSB) Rejection in 25-40 GHz Microwave Up Conversion Mixers Based on the Concepts of Distributed and Double Balanced Mixing M. Mehdi1, C. Rumelhard1, J. L. Polleux1, B. Lefebvre2 1 2 ESYCOM - Photonic and Microwave Group, Champs / Marne 77420, France United Monolithic Semiconductors, Thales Group - BP46, Orsay 91401, France Abstract -- In this paper a n
EuMC: Characterization of Ferroelectric Thin-Film Planar Microwave Devices Using the Method of Line (MoL)
Characterization of ferroelectric thin-film planar microwave devices using the Method of Line (MoL) S. GIRAUD1, S. COURREGES1, D. CROS1, V. MADRANGEAS1 1 IRCOM - UMR 6615, 123 Avenue Albert Thomas, 87060 LIMOGES Cedex, France, 05 55 45 72 63 Abstract -- The characterization of ferroelectric thinfilm planar microwave devices using the Method of Line (MoL) has been summarized in this paper. Becaus
EuMC: A Noble Rugby-Ball Antenna for Pulse Radiation
A Noble Rugby-ball Antenna for Pulse Radiation Amnoiy Ruengwaree, Rudy Yuwono, and Günter Kompa University of Kassel, Department of High Frequency Engineering, Wilhelmshöher Allee 73, D-34121 Kassel, Germany, +49-561-8046528, amnoiy@hfm.e-technik.uni-kassel.de kompa@hfm.e-technik.uni-kassel.de Abstract -- In this research we present analysis and measurement results of a new ultra wide band (UWB)
EuMC: Optimization of High-Q Bragg Reflector Resonator
Optimization of High-Q Bragg reflector resonator Anthony Laporte1, Jean-Michel Le Floch1,2, Dominique Cros1 , Michael E. Tobar2 1 IRCOM,UMR CNRS 6615, University of Limoges, 123 av. A. Thomas, 87060 Limoges Cedex France 2 Dept Physics, University of Western Australia, Stirling Hwy Crawley, WA, 6009 Australia Abstract -- In this paper, we present a new method of designing a Bragg Reflector struc
EuMC: An Active Balun for High-CMRR IC Design
An Active Balun for High-CMRR IC Design Francesco Centurelli1, Raimondo Luzzi2, Piero Marietti1, Giuseppe Scotti1, Pasquale Tommasino1, Alessandro Trifiletti1 1 University of Rome "La Sapienza", Department of Electronic Engineering, Via Eudossiana 18, I-00184 Roma, Italy, +39 06 44585679 2 Infineon technologies Austria AG, Development Center Graz, Babenberger Str. 10, A-8020 Graz, Austria, +43 05
EuMC: Improvement of Differential Planar Spiral Inductors on a 0.35(mu)m BiCMOS Process
Improvement of Differential Planar Spiral Inductors on a 0.35µm BiCMOS Process A. Steinmair1,2, M.L. Mayer1, K. Molnar2, N. Ribic2, Z. Huszka2, E. Seebacher2, G. Magerl 1 1 Vienna University of Technology, Institute of Electrical Measurements and Circuit Design, Gußhausstraße 25/354, 1040 Vienna, Austria 2 austriamicrosystems AG , Schloss Premstätten, 8141 Unterpremstätten, Austria, +43-3136-500-
EuMC: Theoretical and Experimental Characterization of Y-Branch Nanojunction Rectifier up to 94 GHz
Theoretical and Experimental Characterization of Y-Branch Nanojunction Rectifier up to 94 GHz Lukasz Bednarz1 , Rashmi1 , Ghania Farhi3 , Beno^t Hackens2 , Vincent Bayot3 , Isabelle Huynen1 , i Jean-Sebastien Galloo4 , Yannick Roelens4 , Sylvain Bollaert4 and Alain Cappy4 Universit´ catholique de Louvain, CERMIN, 1 Microwave Laboratory, Place du Levant, 3, 1348 Louvain-la-Neuve, Belgium e Email: b
EuMC: Beamformer System Model of Focal Plane Arrays in Deep Dish Radio Telescopes
Beamformer System Model of Focal Plane Arrays in Deep Dish Radio Telescopes J. Simons1, M. Ivashina1, J. G. bij de Vaate1, N. Roddis2 1 ASTRON, Netherlands Foundation for Research in Astronomy, P.O. Box , 9770 AA Dwingeloo, The Netherlands, simons@astron.nl, ivashina@astron.nl, vaate@astron.nl, +31-521-595100 (fax +31-521-597332) 2 Jodrell Bank Observatory, Manchester, UK, nr@jb.man.ac.uk , +44-1
EuMC: A Compact 24 GHz Radar Sensor for Vehicle Sideway-Looking Applications
A Compact 24 GHz Radar Sensor for Vehicle Sideway-Looking Applications Tan-Hsiung Ho1, Shyh-Jong Chung2 National Chiao-Tung University, Department of Communication Engineering, 1001 Ta-Shueh Rd., Hsinchu, Taiwan ROC, 886-3-5731933 Abstract -- A compact 24 GHz short range radar sensor for sideway-looking applications is designed within a dimension of 60 × 45 × 30 mm3. This dimension is acceptable
EuMC: Accuracy Considerations of the FVTD Method for Radiating Structures
Accuracy Considerations of the FVTD Method for Radiating Structures Dirk Baumann, Martin Gimersky, Christophe Fumeaux, R¨ diger Vahldieck u Laboratory for Electromagnetic Fields and Microwave Electronics (IFH), ETH Z¨ rich u 8092 Z¨ rich, Switzerland, Email: dbaumann@ifh.ee.ethz.ch u lems [5], [6]. MM provides fast and accurate results when the formulation's coordinate system is a natural fit to t