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March 26, 2026The Proceedings of Mechanical Engineering Congress Japan0 citationsOpen Access

Fundamental study on lessening hysteresis for piezo electric actuators

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SSShigeru SAKUTAMCMashu Cho

Key Points

  • The research aims to analyze hysteresis in piezoelectric actuators to improve precision in positioning systems.
  • Evaluation of hysteresis using the ratio of max hysteresis to max displacement (RHD).
  • Experimental study of bulk and stacked piezoelectric actuators.
  • Assessment of the effects of compressive stresses (preload) in two directions on RHD.
  • Demonstrated low RHD values in tested piezoelectric actuators.
  • Shown significant effects of preload on the hysteresis outcomes.
  • Results indicate potential for improved cost-effectiveness in precision positioning.

Abstract

Piezoelectric actuator is usually used in feedback system because of the hysteresis non-linearity of between input voltage and output displacement. The aim of this research is analysis of the hysteresis to reduce cost of high precision positioning system by piezoelectric actuator with open-loop control. Ratio of max hysteresis to max displacement, RHD, has been proposed as an evaluation indicator for the hysteresis. Effects of compressive stresses, i.e. preload, in two directions on RHD and ones of electrical field in one direction are prepared. In this paper bulk and stacked piezoelectric actuators with low RHD have been studied experimentally.

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Cite This Study

SAKUTA et al. (2025) studied this question.

synapsesocial.com/papers/69c4cec3fdc3bde44891ab9chttps://doi.org/10.1299/jsmemecj.2025.s114-08
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