Design of UWB LNA in 45nm CMOS technology: Planar bulk vs. FinFET. - Davide Ponton; Pierpaolo Palestri; David Esseni; Luca Selmi; Marc Tiebout; Bertrand Parvais; Gerhard Knoblinger (ISCAS, 2008)

Assessment of the impact of technology scaling on the performance of LC-VCOs. - Davide Ponton; Gerhard Knoblinger; Andreas Roithmeier; Marc Tiebout; Michael Fulde; Pierpaolo Palestri (ESSCIRC, 2009)

Design of Ultra-Wideband Low-Noise Amplifiers in 45-nm CMOS Technology: Comparison Between Planar Bulk and SOI FinFET Devices. - Davide Ponton; Pierpaolo Palestri; David Esseni; Luca Selmi; Marc Tiebout; Bertrand Parvais; Domagoj Siprak; Gerhard Knoblinger (IEEE Trans. Circuits Syst. I Regul. Pap., 2009)

Design of radio-frequency circuit building blocks in advanced planar and FinFET CMOS technologies. - Davide Ponton (2010)

LC-VCO in the 3.3- to 4-GHz Band Implemented in 32-nm Low-Power CMOS Technology. - Davide Ponton; Gerhard Knoblinger; Andreas Roithmeier; Federico Cernoia; Marc Tiebout; Michael Fulde; Pierpaolo Palestri (IEEE Trans. Circuits Syst. II Express Briefs, 2011)

Analysis and design of a 1.1dB-IL third-order Matching Network for Switched-Capacitor PAs. - Antonio Passamani; Davide Ponton; Gerhard Knoblinger; Andrea Bevilacqua (NORCAS, 2015)

Design and implementation of switched coil LC-VCOs in the GHz range using the self-inductance technique. - Federico Cernoia; Davide Ponton; Pierpaolo Palestri; Peter Thurner; Nicola Da Dalt; Giulio Cecco; Luca Selmi (Int. J. Circuit Theory Appl., 2015)

Self-aligned open-loop local quadrature phase generator. - Michael Kalcher; Daniel Gruber; Davide Ponton (ESSCIRC, 2016)

13.2 A digital multimode polar transmitter supporting 40MHz LTE Carrier Aggregation in 28nm CMOS. - Michael Fulde; Alexander Belitzer; Zdravko Boos; Michael Bruennert; Jonas Fritzin; Hans Geltinger; Marcus Groinig; Daniel Gruber; Simon Gruenberger; Thomas Hartig; Vahur Kampus; Boris Kapfelsperger; et al. (ISSCC, 2017)

13.9 A 1.1V 28.6dBm fully integrated digital power amplifier for mobile and wireless applications in 28nm CMOS technology with 35% PAE. - Antonio Passamani; Davide Ponton; Edwin Thaller; Gerhard Knoblinger; Andrea Neviani; Andrea Bevilacqua (ISSCC, 2017)

A 28nm Low-Voltage Digital Power-Amplifier for QAM-256 WIFI Applications in 0.5mm2 Area w/ 2D Digital-Pre-Distortion and Package Combiner. - Antonio Passamani; Davide Ponton; Andreas Wolter; Gerhard Knoblinger; Andrea Bevilacqua (ICECS, 2018)

On the Efficiency Enhancement of Voltage Mode Digital Doherty Power Amplifiers. - Edoardo Baiesi Fietta; David Seebacher; Davide Ponton; Andrea Bevilacqua (NorCAS, 2024)