In the last decade, CMOS nano FETs have attracted increasing interest as sensing devices for impedance spectroscopy of biomolecules [1]. In this context, we present a quantitative numerical analysis of dielectric microbead detection and charge-state discrimination experiments with nanoribbon (NR) FETs operated in the frequency domain up to 1 MHz.
Detecting microparticles and their charge-state by nanoribbon sensors and physical modeling / Scarbolo, Paolo; Selmi, Luca. - (2017). (Intervento presentato al convegno 49th annual meeting of the SIE tenutosi a Palermo, Italy nel 21-23 June 2017).
Detecting microparticles and their charge-state by nanoribbon sensors and physical modeling
SELMI, Luca
2017
Abstract
In the last decade, CMOS nano FETs have attracted increasing interest as sensing devices for impedance spectroscopy of biomolecules [1]. In this context, we present a quantitative numerical analysis of dielectric microbead detection and charge-state discrimination experiments with nanoribbon (NR) FETs operated in the frequency domain up to 1 MHz.
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