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Microwave Journal 2013 №02 February

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Microwave Journal 2013 №02 February
Horison House. 2013.—140 p.—ISSN: 0192-6225
Сайт издательства: http://www.horizonhouse.com
Сайт журнала: http://www.microwavejournal.com
Язык: Английский
Качество: Изначально компьютерное (eBook)
Интерактивное оглавление: Есть
Рекламно-информационный журнал об СВЧ технике
Contents:
Cover Feature
Making Connections Beyond 110 GHz
David J. Vondran, OML Inc.
Explores the millimeter-wave trend from research toward global commercial viability
M V P : Most valuable product
60 GHz Integrated Waveguide Transceivers
Vubiq Inc.
Introduction to low cost 60 GHz integrated waveguide transmitters and receivers
Nurturing Design Innovation for China’s Future
Guy Séné, Agilent Technologies
Discusses how design innovation will be critical to China’s ongoing industrial and economic development, and how EDI CON
2013 will provide the solutions and technology necessary to encourage design and development
EDI CON Program Preview
David Vye, Microwave Journal Editor
A look into the upcoming EDI CON show that will take place in Beijing, China on March 12-14, including a sneak peek into
the conference program and workshops
Technical Features
802.11ac Design Considerations for Mobile Devices
Eid Alsabbagh, Haoyang Yu and Kevin Gallagher, TriQuint Semiconductor
A look at 802.11ac design considerations for mobile devices and how to achieve key performance
RF Characteristics of Coplanar Waveguide Fabricated on Flexible PES
Young Yun, Jang-Hyeon Jeong, Hong-Seung Kim and Nak-Won Jang, Korea Maritime University
Fabrication of a coplanar waveguide on a PES substrate for application to a flexible RFIC, and investigates its RF characteristics
Screen Printed RFID-Enabled Temperature Sensor Fabricated on
Flexible Substrates
Kamil Janeczek, Malgorzata Jakubowska, Graz¨yna Koziol and Wojciech
Steplewski, Tele & Radio Research Institute
Presents the measurement results, reaction time and lifetime for a screen
printed RFID-enabled sensor fabricated on flexible substrates
Product Features
High Performance Driver Amplifiers
Analog Devices Inc.
Introduction to ADI’s driver amplifiers operating from 3.3 to 5 V and -40 ˚ to +105˚C
Tech Briefs
Highly Integrated 60 GHz Radio Transceiver Chipset
Hittite Microwave
Planar K-Band Receiver
Spacek Labs Inc.
Wideband Frequency Mixer
Mini-Circuits
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