June 17, 2012, Montreal, Quebec

A group of researchers at the California Institute of Technology’s High-speed Integrated Circuit (CHIC) lab received the best student paper award at the 2012 radio-frequency integrated circuits conference (RFIC).  Their paper, titled “A Fully-Integrated Self-Healing Power Amplifier” presented a mm-wave power amplifier that was able to dynamically heal itself against process variation and mismatch, as well as environmental variation and even laser-induced transistor failure, where their chip was able to heal after portions of it were blasted away by a laser cutter.  The team was made up of graduate students Steven M. Bowers, Kaushik Sengupta, and Kaushik Dasgupta, as well as Prof. Ali Hajimiri.

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The researchers showed that these types of digitally assisted self-healing feedback networks can allow for very aggressive mm-wave designs even in advanced digital processes where increased variation can cause significant degradation to mm-wave performance.  It is expected that this variation will increase significantly as process nodes scale to ever smaller dimensions, increasing the value and necessity of such self-healing systems.  The work was supported through the DARPA/AFRL Healics project.