140 GHz radio/radar transceiver array
©Katya Laskin, 2008
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This research has been supported by:
NSERC, CITO CFI, OIF and by several industrial partners through grants and in-kind fabrication runs .
Research Areas
Forever scaling? Is Planck's length the ultimate limit of scaling?
Millimetre-Wave/Terahertz Active Imaging
Graduate students and postdocs
Ricardo Aroca, Ph.D. candidate: 40-100 Gb/s transceiver with equalization
Ioannis Sarkas, Ph.D. candidate: Terahertz sensors
Andreea Balteanu, Ph.D. candidate: mm-wave DACs
Eric Dacquay M.A.Sc. candidate: Terahertz detector modelling
Lee Tarnow, M.Eng. candidate: Noise modelling of D-Band PLLs and CDRs
Valerio Adinolfi vsiting MA.Sc. candidate (University of Rome III): 500-GHz SiGe HBT compact model extraction
Stefan Shopov Ph.D. candidate: High-Efficiency 64QAM Digital Transmitters
Ivan Krotnev M.A.Sc. Candidate: Graphene Transistors for THz Application
Undergraduate students and projects/theses
J. Switnicki, C. Ko, M. Stecyk: 150-GHz imaging array and experiments
V. Kozlov, P.Park: 1.8V logic for 110-Gb/s PRBS generator design in a SiGe BiCMOS process
Send your comments to sorinv@eecg.toronto.edu
Updated
August 4, 2011