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EuMC: An Enhanced Active Load-Pull Algorithm for Faster Convergence
Proceedings of the 51st European Microwave Conference An Enhanced Active Load-Pull Algorithm for Faster Convergence Cory Davies-Smith*#, Roberto Quaglia*, Simon Woodington#, Aamir Sheikh#, Paul Tasker* * School of Engineering, Cardiff University, Wales, UK # Mesuro Ltd., Wales, UK {Cory, SimonWoodington, Aamir }@mesuro.com, {QuagliaR, Tasker}@cardiff.ac.uk Both open-loop and closed-loop active
EuMC: Complex Permittivity of 3D-Printing Filaments in the 20--50GHz Frequency Band
Proceedings of the 51st European Microwave Conference Complex Permittivity of 3D-Printing Filaments in the 20 - 50 GHz Frequency Band Mateusz M. Krysicki#1 , Bartlomiej W. Salski#2 , Tomasz Karpisz#3 , Pawel Kopyt#4 # Warsaw University of Technology, Institute of Radioelectronics and Multimedia Technology, Poland {1 mateusz.krysicki, 2 bartlomiej.salski, 3 tomasz.karpisz, 4 pawel.kopyt}@pw.edu.p
EuMC: Air-Filled Cavity-Backed 28GHz Antenna Array Implemented by 2.5D PCB Process and Network Analysis
Proceedings of the 51st European Microwave Conference Air-filled cavity-backed 28 GHz Antenna array implemented by 2.5D PCB process and Network Analysis H. Takahashi#1 , S. W. Sattler*2 , E. Schlaffer* , B. Reitmaier* , H. Sarbandifarahani# , H. Paulitsch# , W. B¨osch#§ # Institute of Microwave and Photonic Engineering, Graz University of Technology, Austria Austria Technologie & Systemtechnik A
EuMC: Offline Method to Determine Optimal Complexity in Predistortion of RF Power Amplifiers
Proceedings of the 51st European Microwave Conference Offline Method to Determine Optimal Complexity in Predistortion of RF Power Amplifiers Marc Vigneau#, André Prata*, Adam Cooman*, Christophe Quindroit# # Ampleon, Toulouse, France Ampleon, Nijmegen, The Netherlands marc.vigneau@ampleon.com * Abstract — This paper presents an effective approach to determine the optimal DPD model complexity t
EuMC: HIS Design for an Environment-Robust UHF/UWB Antenna with 3D-Printed Inclusions
Proceedings of the 51st European Microwave Conference HIS Design for An Environment-Robust UHF/UWB Antenna with 3D-Printed Inclusions Shobit Agarwal#1, David Chadzichristodoulou‡δ2, Abdul Quddiousζ3, Diego Masotti#4, Symeon Nikolaou‡5, Alessandra Costanzo†6 # Department of Electrical, Electronic and Information Technology, University of Bologna, Bologna, Italy ‡ Frederick Research Center (FRC)-F
EuMC: Engineered High Resistivity Silicon Substrates in IPD Technology Used for Miniaturized Sub-6GHz Filters
Proceedings of the 51st European Microwave Conference Engineered High Resistivity Silicon Substrates in IPD Technology Used for Miniaturized sub-6 GHz Filters Atte Haapalinna#1, Heikki Holmberg#, Arto Hujanen$2, Katja Parkkinen#, Pekka Rantakari$, Jan Saijets$, Tauno Vähä-Heikkilä$ # Okmetic Oy, P.O. Box 44, FI-01301 Vantaa, Finland $ VTT Technical Research Center of Finland, 02044 Espoo, Finland
EuMC: Uncertainty Quantification for the RCS of a Coated Target Using an IBC-Based Metamodel
Proceedings of the 51st European Microwave Conference Uncertainty Quantification for the RCS of a Coated Target using an IBC-based Metamodel Pascal Pagani, Pierre Minvielle-Larrousse, Muriel Sesques CEA, DAM, CESTA, France {pascal.pagani, pierre.minvielle, muriel.sesques}@cea.fr calls to the full-wave code by a linear metamodel relating small input parameters variations to the output RCS dispers
EuMC: A Cost-Effective Method for Extracting the Complex Permittivity of Inner Layer Dielectric PCB Materials
Proceedings of the 51st European Microwave Conference A Cost-Effective Method for Extracting the Complex Permittivity of Inner Layer Dielectric PCB Materials Andreas Scharl#1, Felix Sepaintner#2, Johannes Jakob#3 Franz Xaver Röhrl~4, Werner Bogner#5, Stefan Zorn~6 # THD Technische Hochschule Deggendorf, Dieter-Görlitz-Platz 1, 94469 Deggendorf, Germany Rohde & Schwarz GmbH & Co. KG, Werk Teisnac
EuMC: A Novel GaN/SiC MMIC Gain Switch Using a Resonant Bidirectional FET Amplifier
Proceedings of the 51st European Microwave Conference A Novel GaN/SiC MMIC Gain Switch Using a Resonant Bidirectional FET Amplifier Hiroshi Mizutani#1, Ryo Ishikawa*2, Kazuhiko Honjo*3 # Salesian Polytechnic, Japan The University of Electro-Communications, Japan 1 mizutani@salesio-sp.ac.jp, {2r.ishikawa, 3honjou}@uec.ac.jp * Abstract — This paper presents a novel gain switch circuit using a res
EuMC: 28GHz Over-the-Air Measurement Using an OTFS Multi-User Distributed MIMO
Proceedings of the 51st European Microwave Conference 28 GHz Over-the-Air Measurement using an OTFS Multi-User Distributed MIMO Noriaki Tawa, Toshihide Kuwabara, Yasushi Maruta, Tomoya Kaneko NEC Corporation, Kawasaki, Kanagawa, 211-8666, Japan {n-tawa, t-kuwa, y-maruta, tomoyakaneko}@nec.com domain. Because the OTFS modulation spreads each element in the DD grid into the FT domain entirely, all