Dan Corcos
IBM
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Publication
Featured researches published by Dan Corcos.
international conference on micro electro mechanical systems | 2013
Thomas Morf; Bernhard Klein; Michel Despont; Ute Drechsler; Lukas Kull; Dan Corcos; Danny Elad; Noam Kaminski; Matthias Braendli; Christian Menolfi; Marcel Kossel; Pier Andrea Francese; Thomas Toifl; Dirk Plettemeier
We report on the design, fabrication and measurements of a new THz sensor concept based on an antenna-coupled MOSFET bolometer for room-temperature passive THz imaging for security and medical-diagnostic applications. The device is fabricated in a 180-nm CMOS SOI technology followed by a post-CMOS MEMS process. In this sensor, the antenna absorbing the THz electromagnetic field is directly coupled to the bolometer for maximum energy collection, whereas its design aims at minimizing its thermal mass as is necessary for fast frame rates. DC measurements before and after the MEMS process as well as thermal time constant and THz antenna measurements are presented.
international workshop on antenna technology | 2013
Bernhard Klein; Thomas Morf; Michel Despont; Ute Drechsler; Dan Corcos; Noam Kaminski; Danny Elad; Lukas Kull; Matthias Braendli; Thomas Toifl; Ronny Hahnel; Dirk Plettemeier
The design of a broadband on-chip antenna for passive THz imaging in the frequency range of 0.6 THz to 1.4 THz is reported. The antenna design has to fulfill the requirements of the IBM CMOS process and the MEMS post CMOS processing. The antenna is coupled directly to the sensor, a MOSFET bolometer. Because of this direct coupling and the need for real time imaging, only extremely physically small antennas are feasible. Hence, typical broadband antennas like the toothed log-periodic antenna are not useable for this application and new antenna approaches have to be examined.
ieee international conference on microwaves communications antennas and electronic systems | 2013
Noam Kaminski; Dan Corcos; Evgeny Shumaker; Danny Elad; Thomas Morf; Bernhard Klein; Ute Drechsler; Michel Despont
A new type of traveling wave antenna is presented. Key features of the antenna are planar, low mass and wide bandwidth of operation. One such antenna was designed for terahertz radiation detection and realized in standard IBM CMOS-SOI process with subsequent MEMS post processing. Measurements performed at 655GHz showed very good agreement with the theoretical predictions based on full wave simulations. The present article describes the antenna physics, design, fabrication and measurement results.
Sensors and Actuators A-physical | 2014
Thomas Morf; Bernhard Klein; Michel Despont; Ute Drechsler; Lukas Kull; Dan Corcos; Danny Elad; Noam Kaminski; Ullrich R. Pfeiffer; Richard Al Hadi; Hans M. Keller; Matthias Braendli; Christian Menolfi; Marcel Kossel; Pier Andrea Francese; Thomas Toifl; Dirk Plettemeier
Archive | 2012
Dan Corcos; Michel Despont; Danny Elad; Bernd Gotsmann; Lukas Kull; Thomas Morf
Archive | 2011
Dan Corcos; Michel Despont; Danny Elad; Lukas Kull; Thomas Morf; Benny Sheinman
Archive | 2013
Dan Corcos; Danny Elad
Archive | 2012
Dan Corcos; Danny Elad; Noam Kaminski; Bernhard Klein; Lukas Kull; Thomas Morf
Archive | 2012
Dan Corcos; Danny Elad; Noam Kaminski; Bernhard Klein; Lukas Kull; Thomas Morf
Archive | 2011
Dan Corcos; Michel Despont; Danny Elad; Lukas Kull; Thomas Morf; Benny Sheinman