IEEE Radar Conference paper accepted
Our work on symbol-rate polarization scrambling for sidelobe coherence suppression and intercept denial was accepted to the IEEE Radar Conference.
News
Selected publications, tapeouts, awards, demonstrations, and lab milestones.
Our work on symbol-rate polarization scrambling for sidelobe coherence suppression and intercept denial was accepted to the IEEE Radar Conference.
The lab completed its second UMD tapeout, a gallium-nitride RF power amplifier.
The lab completed its first UMD tapeout, a silicon RF power amplifier.
The GHz Circuits, Heterogeneous Integration, and Devices Lab began work in UMD's Department of Electrical and Computer Engineering.