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EuMC: Fast and Accurate CAD Tool of Passive Rectangular Waveguide Devices Including Cylindrical Conducting Posts
Fast and Accurate CAD Tool of Passive Rectangular Waveguide Devices including Cylindrical Conducting Posts F. Mira , A.A. San Blas , V.E. Boria , B. Gimeno , M. Bressan§ and G. Conciauro§ Dpto. Comunicaciones, Universidad Polit´ cnica de Valencia, Camino de Vera s/n, e E-46022 Valencia, SPAIN, Tel +34 963879718, Fax +34 963877309, Email: vboria@dcom.upv.es Dpto. F´sica y Arquitectura de Computado
EuMC: A Miniaturization Method of Parallel Coupled-Line Filters Using Lumped Capacitors and Grounding
A Miniaturization Method of Parallel CoupledLine Filters Using Lumped Capacitors and Grounding Seong-Sik Myoung, Jong-Gwan Yook Dept. of Electrical and Electronic Eng. Yonsei Univ., Seoul 120-749, Korea, 82-2-2123-3565 Abstract -- This paper proposes a new miniaturization method of the parallel coupled-line filter by using lumped capacitors and grounding. The proposed method can dramatically reduc
EuMC: A Simple LTCC Balun for WLAN Applications Using Left-Handed (LH) Transmission Lines (TL)
A Simple LTCC Balun for WLAN Applications Using Left-Handed (LH) Transmission Lines (TL) Kostyantyn Markov, Sergiy Royak, Georgiy Sevskiy, Patric Heide EPCOS AG, Product Development Modules, Anzinger Str. 11, D-81617 Munich, Germany. e-mail: kostyantyn.markov@epcos.com fax +49 89 636-27994, phone +49 89 636-43650. Abstract -- This paper reports on the design of a novel LC balun based on a replace
EuMC: Ultra Wideband Reconfigurable Beamforming and Beamshaping for Radar and Electronic Warfare Applications
Ultra Wideband Reconfigurable Beamforming and Beamshaping for Radar and Electronic Warfare Applications Terje Holmgren1, Aziz Ouacha1 and Carl Samuelsson1 1 Swedish Defence Research Agency (FOI), P.O. Box 1165, SE-581 11 Linköping, Sweden Phone: +46 13 378411, Fax: +46 13 378170, E-mail: aziz@foi.se the same time it is possible that we are wasting power in the desired direction at frequencies tha
EuMC: Monolithic Integration of an Antenna with a 24 GHz Image-Rejection Receiver in SiGe HBT Technology
Monolithic Integration of an Antenna with a 24 GHz Image-Rejection Receiver in SiGe HBT Technology ¨ Erik Ojefors1 , Ertugrul S¨ nmez2, S´ bastien Chartier2 , Peter Lindberg1 , Anders Rydberg1 and o e Hermann Schumacher2 1 Signals and Systems Group, Uppsala University, Sweden 2 Dept. of Electronic Devices and Circuits, University of Ulm, Germany Email: erik.ojefors@signal.uu.se Phone: +46 18 47110
EuMC: Synthesis without Optimization of Cascaded Inline Prototype Filters with Arbitrary Transmission Zeros
Synthesis without Optimization of Cascaded Inline Prototype Filters with Arbitrary Transmission Zeros Giuseppe Macchiarella1, Stefano Tamiazzo2 Politecnico di Milano, Dipartimento di Elettronica e Informazione, Piazza Leonardo da Vinci, 32 20133 Milano ITALY (macchiar@elet.polimi.it) 2 1 Forem (An Andrew Company), Via Archimede, Agrate Brianza (Mi) ITALY (stefano.tamiazzo@andrew.com) Abstr
EuMC: Tunable Multi-Band Frequency Selective Structure
Tunable Multi-Band Frequency Selective Structure Christos Mias University of Warwick, School of Engineering, Library Road, CV4 7AL Coventry, United Kingdom, Phone: 00-44-247652234, Fax 00-44-2476418922, Email: christos.mias@warwick.ac.uk Abstract -- For the first time, a tunable multi-band frequency selective structure is presented. The structure, which consists of two varactor-diode-based, convo
EuMC: Quadrature/Correlating Sampler and Pulse Generator for mmWave UWB QAM Modulation and Wide-Band Signaling
Quadrature/Correlating Sampler and Pulse Generator for mmWave UWB QAM Modulation and Wide-Band Signaling Steven H. Pepper, Sr. Eng. Picosecond Pulse Labs 9795 SW Gemini Dr. Beaverton, OR USA 97008 Ph: (503) 643-5704 Fax: (503) 643-5964 spepper@picosecond.com Abstract A unique reciprocal, balanced, interferrometric, four diode sampling architecture is described, in which two correlated samples are
EuMC: Planar 9-Element Quasi-Yagi Antenna Array for X-Band Application
Planar 9-Element Quasi-Yagi Antenna Array for X-Band Application Frank Weinmann1 1 FGAN Research Establishment for Applied Science, Research Institute for High Frequency Physics and Radar Techniques, Neuenahrer Str. 20, D-53343 Wachtberg, Germany, Phone: +49-228-9435-223, Fax: +49-228-9435-521, Email: Weinmann@fgan.de approach requires a completely new design of the feeding network because conven
EuMC: A Reconfigurable Leaky-Wave Microstrip Antenna
A RECONFIGURABLE LEAKY-WAVE MICROSTRIP ANTENNA Y. Yashchyshyn1, J. Modelski 1 Warsaw University of Technology, Institute of Radioelectronics, Nowowiejska 15/19, 00-665 Warsaw, Poland, switches are utilized to switch between the different aperture configurations. By comparison with an adaptive antenna, a reconfigurable antenna array consists of antenna elements, each of which has some intelligence