Difference between revisions of "Research"
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My research interests include mm-wave/sub-mm-wave/THz devices, circuits and systems, ultra low power systems, and reconfigurable radio. | My research interests include mm-wave/sub-mm-wave/THz devices, circuits and systems, ultra low power systems, and reconfigurable radio. | ||
Featured PhD projects: | Featured PhD projects: | ||
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| − | + | == 180-GHz high power signal generation == | |
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| + | == Self-Healing 4-Gbps reconfigurable CMOS radio-on-a-chip (DARPA Healics program)== | ||
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| + | <gallery> | ||
| + | File:self_healing.jpg| Process variations and yield loss | ||
| + | File:chip_test.jpg|Test setup of the self-healing 60-GHz transceiver | ||
| + | File:chip_large.jpg|Chip photo of the self-healing 60-GHz radio | ||
| + | <File:self_healing.jpg|left|top|250px|thumb| > | ||
| + | <File:chip_test.jpg|center|top|250px|thumb|Test setup of the self-healing 60-GHz transceiver> | ||
| + | <File:chip_large.jpg|right|top|200px|thumb|Chip photo of the self-healing 60-GHz radio> | ||
| + | </gallery> | ||
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| + | == Digital controlled artificial dielectric (DiCAD)== | ||
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| + | == High efficiency power amplifier for 3G cellular phone base station == | ||
Revision as of 06:00, 19 March 2012
My research interests include mm-wave/sub-mm-wave/THz devices, circuits and systems, ultra low power systems, and reconfigurable radio.
Featured PhD projects:
Contents
180-GHz high power signal generation
Self-Healing 4-Gbps reconfigurable CMOS radio-on-a-chip (DARPA Healics program)
Process variations and yield loss
Test setup of the self-healing 60-GHz transceiver
Chip photo of the self-healing 60-GHz radio
