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Cornell Ultra
high-speed Nonlinear Integrated Circuit lab does research on the
next generations of ultra-high performance analog circuits and
systems.
THE RESEARCH AREA
Our research interests include the
application of the mathematical theory of wave propagation to high
performance analog circuit design with an special interest in:
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Novel
integrated circuit concepts and architectures for extremely wideband signals
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Scattering
theory for electrical media: Optotronics
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Broadband power
generation techniques
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Ultra fast
computation using 2-dimensional integrated structures
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Analog circuit design with
quantum-effect nano devices
As
part of this effort, we have been able to blend multiple disciplines
within the fields of electrical engineering, applied physics and
mathematics into a coherent research theme resulting in multiple
novel circuits for various applications.
We
design and implement circuits and systems in standard silicon CMOS and BiCMOS technologies; however, the techniques and concepts
could be implemented in other technologies or even in other
engineering fields (e.g. optics and applied mathematics).
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NEWS
Fun Facts
Principal Investigator:
Ehsan Afshari
Assistant Professor of ECE
College of Engineering
Office: 406 Phillips Hall
Laboratory: 303 Phillips Hall
Phone: (607)255-0603
email: ehsan(at)ece.cornell.edu
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