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EuMC: A 19--32.8GHz Low Power Down-Conversion Mixer with 8.2dBm IP1dB for 5G Communication
Proceedings of the 54th European Microwave Conference A 19-32.8 GHz Low Power Down-Conversion Mixer with 8.2 dBm IP1dB for 5G Communication Zhilin Chen#$, Wenbo Tian#$, Sheng Huang#$, Xiaoning Zhang#$,Yaxin Zhang#$, Xingcun Li#$, Min Lu#$1, Jie Hu#$2, Keqing Ouyang#$, Zhijun Long#$ State Key Laboratory of Radio Frequency Heterogeneous Integration, China $ Analog Design Dept., Sanechips Technology
EuMC: Broadband Transition Between Substrate-Integrated Waveguide and Microstrip Line in Multilayer Substrate at 300-GHz Band
Proceedings of the 54th European Microwave Conference Broadband Transition between Substrate-Integrated Waveguide and Microstrip Line in Multilayer Substrate at 300-GHz Band Azuki Iwamoto1, Shumpei Kishi, Yoshiki Sugimoto2, Kunio Sakakibara3, Takashi Shiraki, Nobuyoshi Kikuma4 1 Nagoya Institute of Technology, Japan a.iwamoto.848@stn.nitech.ac.jp, {2sugimoto.yoshiki, 3sakaki, 4kikuma}@nitech.ac.
EuMC: Planar Isolator Based on Field Displacement in Ferrite Substrate
Proceedings of the 54th European Microwave Conference Planar Isolator Based on Field Displacement in Ferrite Substrate Sokha Khim12, Jehison Leon Valdes1, Hervé Parvery2, Laure Huitema1, Thierry Monediere1 1 XLIM Research Institute, University of Limoges, France 2 CISTEME, France sokha.khim@unilim.fr Abstract — In this work, a microwave ferrite isolator is designed and realized on a planar tran
EuMC: Quasi-Optical Directional Coupler Based on 3D-Printed Dielectric Image Lines for Sub-THz Applications
Proceedings of the 54th European Microwave Conference Quasi-Optical Directional Coupler Based on 3D-Printed Dielectric Image Lines for sub-THz Applications # # $ # # $ Leonhard Hahn , Lukas Bürk , Yu Zhu , Christian Carlowitz , Gerald Gold , Frank Ellinger , Martin Vossiek # # Institute of Microwaves and Photonics (LHFT), Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany $ Chair
EuMC: Reconfigurable Frequency Selective Surface with Independent Tunability
Proceedings of the 54th European Microwave Conference Reconfigurable Frequency Selective Surface with Independent Tunability Hongwei Wang, Ning Liu, Xianjun Sheng Dalian University of Technology, China hongweiwang@mail.dlut.edu.cn, {liun, sxianjun}@dlut.edu.cn structures have been proposed in [12] and [13], both of which also have independent tuning capabilities. However, the varactor diodes of t
EuMC: A Convenient Method for Measuring Permittivity Using the Slotted Rectangular Waveguide
Proceedings of the 54th European Microwave Conference A Convenient Method for Measuring Permittivity Using the Slotted Rectangular Waveguide Yujie Liu, Changying Wan, Guobin Wan, Yingfan Wang, Limin Tu School of Electronics and Information, Northwestern Polytechnical University, China lyjie@mail.nwpu.edu.cn, aaawucy@nwpu.edu.cn, gbwan@nwpu.edu.cn, wangyingfan716@163.com, lyaq14228@163.com Abstrac
EuMC: Generalized FDTD Numerical Modeling of Space-Time-Varying Media
Proceedings of the 54th European Microwave Conference Generalized FDTD Numerical Modeling of Space-Time-Varying Media Sajjad Taravati region 1 μr HR n<0 HR n=0 region 2 εm(z,t) μm(z,t) σm(z,t) surface waves Abstract — This paper presents a comprehensive study on the generalized Finite Difference Time Domain (FDTD) numerical modeling of linear and nonlinear space-time-varying microwave comp
EuMC: Modified Wheeler Caps for Antennas Used in IoT Applications
Proceedings of the 54th European Microwave Conference Modified Wheeler Caps for Antennas Used in IoT Applications Joshua Howorth#, Alejandro Buitrago Bernal#, Ying Wang#, Langis Roy#, Denis Zheng$, Phil Lafleur$ # Ontario Tech University, Canada $ ORBCOMM, Canada joshua.howorth@ontariotechu.net Abstract — Internet of Things (IoT) technology used for asset tracking in the transportation and logi
EuMC: 120Gbit/s Aggregated Channel Transmission in the 600GHz Band Using Topological Waveguide
Proceedings of the 54th European Microwave Conference 120 Gbit/s aggregated channel transmission in the 600 GHz band using topological waveguide A.S. Mohammed1, G. Lévêque1, E. Lebouvier1, Y. Pennec1, M. Faucher1, A. Amo2, P. Szriftgiser2, T. Nagatsuma3, G. Ducournau1 1 Univ. Lille, CNRS, Institut d’Electronique, Microélectronique et Nanotechnologie, IEMN, UMR 8520, France 2 Univ. Lille, CNRS, L
EuMC: Crosstalk Reduction Enabled by Hybrid Metallo-Dielectric Waveguide Architecture
Proceedings of the 54th European Microwave Conference Crosstalk Reduction Enabled by Hybrid MetalloDielectric Waveguide Architecture Chun-Mei Liu, Ke Wu Poly-Grames Research Center, Polytechnic Montreal, Canada {chunmei.liu, ke.wu}@polymtl.ca Abstract — Although substrate-integrated non-radiative dielectric (SINRD) waveguides have demonstrated an excellent potential for THz applications, they suf