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Microwave Components with MEMS Switches
Microwave Components with MEMS Switches James H. Schaffner, Robert Y. Loo, Clifton Quan, Robert C. Allison, Brian M. Pierce, Stanley W. Livingston, Adele E. Schmitz, Tsung-Yuan Hsu, Daniel F. Sievenpiper, Frank A. Dolezal, Gregory, L. Tangonan HRL Laboratories, LLC, Malibu, California, USA, Raytheon Systems Company, El Segundo, California, USA jhschaffner@HRL.com Abstract RF MEMS switches with
Wide Band Series Switch Fabricated Using Metal As Sacrificial layer
Wide Band Series Switch Fabricated Using Metal As Sacrificial layer Yongming Cai and Linda P.B. Katehi Radiation Laboratory, Department of Electrical Engineering and Computer Science University of Michigan, Ann Arbor, MI 48109,USA ycai@eecs.umich.edu, katehi@engin.umich.edu Abstract -- Series switches with metal-to-metal contact have been fabricated to operate from dc to 40 GHz. The insertion los
Microtechnologies for the monolithic fabrication of mm and submm non linear devices
Microtechnologies for the monolithic fabrication of mm and submm non linear devices P. Mounaix, S. Arscott, T. David, F. Podevin, X. Mélique and D. Lippens Institut d'Electronique et de Microélectronique du Nord Université des Sciences et Technologies de Lille Avenue Poincaré, BP 69, 59652 Villeneuve d'Ascq Cedex, France Corresponding author: Patrick.Mounaix@IEMN.univ-Lille1.fr Abstract: We repor
Microwave Absor tive MEMS Switches
Microwave Absorptive MEMS Switches Guan-Leng Tan and Gabriel M. Rebeiz The Radiation Laboratory, EECS Department, The University of Michigan, 1301 Beal Ave., Ann Arbor, MI 48109-2122, USA Phone: +1-734-936-0183 Fax: +1-734-647-2106 gtan@umich.edu, rebeiz@umich.edu Abstract - This paper describes the design and performance of a 30 GHz CPW SPST absorptive MEMS switch based on silicon surface microm
Design of X-Ban MEMS Microstrip Shunt Switches
Design of X-Band MEMS Microstrip Shunt Switches Jad B. Rizk, Student Member IEEE, Jeremy B. Muldavin, Student Member IEEE, Guan-Leng Tan, Student Member IEEE and Gabriel M. Rebeiz, Fellow IEEE Radiation Laboratory, Department of Electrical Engineering and Computer Science, University of Michigan, Ann Arbor, Michigan, 48109-2122, USA. jrizk@engin.umich.edu, muldavin@engin.umich.edu, gtan@engin.umi
A Cost-Effecti e Recei er-Module with Built-in Patch Antenna for Millimeter-Wa e Wireless Systems
A Cost-Effective Receiver-Module with Built-in Patch Antenna for Millimeter-Wave Wireless Systems Yasutake Hirachi , Hiroshi Nakano and Akihito Kato* Fujitsu Quantum Devices LTD., Communications Research Lab.* Hachioji Daiichi-Seimei Bldg.. 11 F, 3-20-6 Myojin-cho, Hachioji-shi, Tokyo 192-0046, Japan Phone : + 81-426-48-5793, Fax : +81-426-48-5872 , E-mail : hirati@to.fqd.fujitsu.co.jp Abstract -
Fully MMIC-Based Front End for FMCW Automotive Radar at 77GHz
Fully MMIC-Based Front End for FMCW Automotive Radar at 77GHz M. Camiade, D. Domnesque, Z. Ouarch, A. Sion United Monolithic Semiconductors, RD128, BP46, 91401 ORSAY, Cedex, France camiade@ums-gaas.com domnesque@ums-gaas.com ouarch@ums-gaas.com sion@ums-gaas.com Abstract - This paper gives the last UMS developments in the field of automotive radar at 77GHz. A complete front-end based on four MMIC
Design and Fabrication of 77GHz HEMT Mixer Modules using Experimentally Optimized Antipodal Finline Transitions
Design and Fabrication of 77GHz HEMT Mixer Modules using Experimentally Optimized Antipodal Finline Transitions Dong-Wook Kim, Seung-Won Paek, Jae-Hak Lee, Kye-Ik Jeon, Chae-Rok Lim, Young-Woo Kwon*, Ki-Woong Chung RF Device Team, LG Corporate Institute of Technology(LG-CIT) 16 Woomyeon-Dong, Seocho-Gu, Seoul 137-724, Korea * School of Electrical Engineering, Seoul National University San 56-1 Sh
Noise and Intermodulation Properties of Tunable Recursive Active MMIC Filters for Future Adaptive On-chip Radar Receivers
Noise and Intermodulation Properties of Tunable Recursive Active MMIC Filters for Future Adaptive On-chip Radar Receivers Robert Malmqvist, Andreas Gustafsson, Magnus Danestig*, Aziz Ouacha, Sven Hagelin, and Staffan Rudner FOA Defense Research Establishment, Linköping, Sweden, rma@lin.foa.se andreasg@lin.foa.se magnus.danestig@acreo.se aziz@lin.foa.se svehag@lin.foa.se starud@lin.foa.se Abstract
Modelling Soliton Pulses in Nonlinear Transmission Lines for Millimeter Wave Generation
Modelling Soliton Pulses in Nonlinear Transmission Lines for Millimeter Wave Generation Ferran Martín Departament d'Enginyeria Electrònica. Universitat Autònoma de Barcelona 08193 BELLATERRA (Barcelona). Spain. E-mail: fmartin@cc.uab.es Abstract -A model to study soliton wave propagation in non-linear transmission lines (NLTLs) has been proposed. This model allows to analyse the dependence of sol