Nicolás Barabino

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A design flow for class C radiofrequency (RF) power amplifiers (PAs) with on-chip passive output network in nanometric technologies is proposed. While class C PAs achieve high efficiency with off-chip output networks when fullyintegrated, low-Q discrete components decrease the efficiency and present a trade-off in the design. This work intends to bring a(More)
In this paper, a technique of digitally assisted RF detectors with variability compensation is proposed. It enables the ability to obtain a high dynamic-range linear-in-dB characteristic with a small footprint. Digital assistance is used to correct for a nonlinear characteristic and to perform a self-calibration. In state-of-the-art CMOS RF systems-on-chip(More)
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