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EuMC: FDTD Analysis of Space-Time Metamaterials Using Modulated TVTLs for Frequency Translation, Mixing and Non-Reciprocity
Proceedings of the 53rd European Microwave Conference FDTD Analysis of Space-time Metamaterials using Modulated TVTLs for Frequency Translation, Mixing and Non-reciprocity Anand Kumar#1 , Debdeep Sarkar#2 # Dept. of ECE, IISc Bengaluru, India {1 anandkumar13, 2 debdeep}@iisc.ac.in Abstract — This paper presents a comparative analysis of the variation of relative permittivity of a dielectric sla
EuMC: Additive-Manufactured TM_(01(delta)) Mode Dielectric Resonators for Compact On-Board Wideband Filters
Proceedings of the 53rd European Microwave Conference Additive-Manufactured TM01δ Mode Dielectric Resonators for Compact On-Board Wideband Filters Paolo Vallerotonda#*1, Luca Pelliccia#2, Fabrizio Cacciamani#3, Cristiano Tomassoni*4, Oilid Bouzekri°5 # RF Microtech Srl, Italy University of Perugia, Italy ° ESA ESTEC, The Netherlands {1vallerotonda, 2pelliccia, 3cacciamani}@rfmicrotech.com, 4cris
EuMC: A Compact Wide-Scanning Connected-Slot Array in a Standard PCB for Ku/K/Ka-Band Applications
Proceedings of the 53rd European Microwave Conference A Compact Wide-Scanning Connected-Slot Array in a Standard PCB for Ku/K/Ka-band Applications Syrine Hidri#*, Francesco Foglia Manzillo# # CEA-Leti, Univ. Grenoble-Alpes, France Univ. Rennes, CNRS, IETR (UMR CNRS 6164), France {syrine.hidri, francesco.fogliamanzillo}@cea.fr * Abstract — We present a compact and cost-effective design of the u
EuMC: A 4kW, 100V GaN on SiC HEMT Transistor for 1.3GHz Particle Accelerator Applications
Proceedings of the 53rd European Microwave Conference A 4kW, 100V GaN on SiC HEMT Transistor for 1.3GHz Particle Accelerator Applications Gabriele Formicone, James Custer, John Walker Integra Technologies Inc., USA Abstract— A 100V GaN on SiC HEMT device is reported that produces 4kW at 1.3 GHz with 75% efficiency and 18dB gain under 10µs 4% duty cycle pulse conditions for a specific particle acc
EuMC: Radar Waveform Design for Sensing and Communications Coexistence
Proceedings of the 53rd European Microwave Conference Radar Waveform Design for Sensing and Communications Coexistence Robin Amar#, Ehsan Raei*, Mohammad Alaee-Kerahroodi#, Bhavani Shankar M. R.# # SnT, University of Luxembourg, Luxembourg * Amphinicy Technologies, Luxembourg {robin.amar, mohammad.alaee}@uni.lu of this paper is to provide a computational technique for designing sequences with a
EuMC: Measurement and Analysis of FDM for E-Band Satellite Communication
Proceedings of the 53rd European Microwave Conference Measurement and Analysis of FDM for E-Band Satellite Communication Simon Haussmann1 , Laura Manoliu1 , Lukas Gebert1 , Benjamin Schoch1 , Markus Koller2 , Jakob Meier2 , Fabian Steinmetz3 , Jens Freese4 , Ralf Henneberger5 , Axel Tessmann6 , Sabine Klinkner2 , Ingmar Kallfass1 1 Institute of Robust Power Semiconductor Systems (ILH), Universit
EuMC: CP-DSSS for Radar-Centric Integrated Sensing and Communication
Proceedings of the 53rd European Microwave Conference CP-DSSS for Radar-Centric Integrated Sensing and Communication Linda Gehre1, Lucas Giroto de Oliveira2, Axel Diewald3, Thomas Zwick4, Benjamin Nuss5 Institute of Radio Frequency Engineering and Electronics (IHE), Karlsruher Institute of Technology (KIT), Germany 1 uimuu@student.kit.edu, {2Lucas.Oliveira, 3Axel.Diewald, 4Thomas.Zwick, 5Benjamin
EuMC: Partially Coherent RF Noise Addition and its Mitigation in Power-Combined Solid-State Amplifiers
Proceedings of the 53rd European Microwave Conference Partially Coherent RF Noise Addition and its Mitigation in Power-combined Solid-state Amplifiers Michael E. MacDonald1, Nestor D. Lopez2 1 MIT Lincoln Laboratory, USA 2 BAE Systems, Inc., USA mmacdon@ll.mit.edu viability of this approach as well as the reliability benefits conferred by redundancy [4]. Solid state power amplifiers are also wel
EuMC: Analysis of the Dispersion Characteristics in Substrate Integrated Waveguides with Periodic Walls
Proceedings of the 53rd European Microwave Conference Analysis of the Dispersion Characteristics in Substrate Integrated Waveguides with Periodic Walls Raúl García#1, Ángela Coves#2, Ángel A. San Blas#3, Maurizio Bozzi*4 # Departamento de Ingeniería de Comunicaciones-I3E, Miguel Hernández University of Elche, Spain * Department of Electrical, Computer and Biomedical Engineering, University of Pa
EuMC: GaN-on-Porous Silicon for RF Applications
Proceedings of the 53rd European Microwave Conference GaN-on-Porous Silicon for RF Applications Gilles Scheen#λ1, Romain Tuyaerts#*, Pieter Cardinael*, Enriqué Ekoga#, Khaled Aouadi#, Christophe Pavageau#, Amin Rassekh#, Massinissa Nabet*, Sachin Yadav§, Jean-Pierre Raskin*, Bertrand Parvais§$, Mostafa Emam# # Incize, Louvain-la-Neuve, Belgium, λ Service Electronique, HEPL, Liège, Belgium ICTE