Micromechatronics
Online ISSN : 2432-0358
Print ISSN : 1343-8565
ISSN-L : 1343-8565
Sub nano-meter control by self-sensing and self-actuating probe
Kageyasu SAKOYoichi MIYAHARAToru FUJIIShunji WATANABEHiroshi HOSAKAHannes BLEULERKiyoshi ITAO
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JOURNAL FREE ACCESS

2001 Volume 45 Issue 1 Pages 8-15

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Abstract

A new atomic force microscope(AFM)was developed and its performance was evaluated experimentally and theoretically. First, a self-sensing and self-actuating probe with PZT film was fabricated, which simplifies AFM structure and increases imaging speed. Next, its dynamic characteristics were clarified by forced-vibration tests and follow-up tests, and the measured response time agreed with theoretical one obtained by a transient response analysis of a 1-DOF system. Finally a sapphire surface was measured by the developed AFM and the atomic size resolution was obtained.

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© 2001 The Horological Institute of Japan
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