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- W3092283721 abstract "Nanomechanical resonators are used as high performance detectors in a variety of applications such as mass spectrometry and atomic force microscopy. Initial emphasis in nanomechanical resonant sensor research was on increasing the sensitivity to the level of a single molecule, atom and beyond. On the other hand, there are applications where the speed of detection is crucial, prompting recent works that emphasize sensing schemes with improved time resolution. We first develop a general modeling framework encompassing all resonator tracking schemes currently in use, by extending recent previous work. We then explore the fundamental trade-offs between accuracy and speed in three resonant sensor architectures, namely the feedback-free open-loop approach, positive-feedback based self-sustaining oscillator, and negative-feedback based frequency-locked loop scheme. We comparatively analyze them in a unified manner, clarify some misconceptions that seem to exist in the literature, and unravel their speed versus accuracy characteristics." @default.
- W3092283721 created "2020-10-15" @default.
- W3092283721 creator A5076761141 @default.
- W3092283721 date "2021-01-28" @default.
- W3092283721 modified "2023-10-16" @default.
- W3092283721 title "Understanding fundamental trade-offs in nanomechanical resonant sensors" @default.
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- W3092283721 doi "https://doi.org/10.1063/5.0035254" @default.
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