The maximum resolution achievable with a Scanning Probe Microscope is limited by the probe size and by the mechanism of interaction with the sample, as is widely known, but also by the electronic noise in the instrument. The evaluation of this noise for the three motion axes of a linearized high resolution Scanning Electrochemical Microscope has been carried through and the intrinsic maximum resolution is discussed.
Electronic linearization of piezoelectric actuators and noise budget in Scanning Probe Microscopy / G. ALOISI; A. SANTUCCI; M. CARLA'; D. DOLCI; L. LANZI. - In: REVIEW OF SCIENTIFIC INSTRUMENTS. - ISSN 0034-6748. - STAMPA. - 77:(2006), pp. 73701-73701.
Electronic linearization of piezoelectric actuators and noise budget in Scanning Probe Microscopy
ALOISI, GIOVANNI DOMENICO;CARLA', MARCELLO;
2006
Abstract
The maximum resolution achievable with a Scanning Probe Microscope is limited by the probe size and by the mechanism of interaction with the sample, as is widely known, but also by the electronic noise in the instrument. The evaluation of this noise for the three motion axes of a linearized high resolution Scanning Electrochemical Microscope has been carried through and the intrinsic maximum resolution is discussed.
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