A Digital-to-Analog Piezo Converter-Actuator for Micro and Nano-Manipulators in Nanotechnology

$39.50

S. M. Afonin, PhD
National Research University of Electronic Technology (Moscow Institute of Electronic Technology MIET), Moscow, Russia

Part of the book: Advances in Mathematics Research. Volume 34
Chapter DOI: https://doi.org/10.52305/RZOE1743

Abstract

Digital-to-analog piezo converter-actuators are used in nanotechnology, adaptive optics, astronomy, and nanobiomedicine. In this work, the expressions of a digital-to-analog piezo converter-actuator are considered using the equations of reverse piezo effect and the ordinary linear differential equation of the second order. Moreover, the transient characteristic of a digital-to-analog piezo converter-actuator has been determined for nanotechnology, and the mechanical and regulation characteristics of a digital-to-analog piezo converter-actuator have been obtained. We also investigated the static and dynamic characteristics of a digital-to-analog piezo converter-actuator and determined these based on rigidity and mass of the load. The equations for the displacements of the digital-to-analog piezo converter-actuator at the longitudinal, transverse, and shear piezo effects were thus obtained. Finally, the transfer functions of the digital-to-analog piezo converter-actuator were determined at elastic-inertial load.

Keywords: digital-to-analog piezo converter-actuator, characteristic, piezo effect, nanotechnology


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