The updated Second Edition offers a comprehensive theoretical framework for solid-state actuators, detailing practical materials and device designs. It explores various drive and control techniques, while also addressing typical applications in micromechatronics. The text emphasizes current and future trends, making it a valuable resource for understanding advancements in this innovative field.
Focusing on the theoretical foundations of piezoelectrics, the book explores electromechanical phenomena, loss mechanisms, and practical materials. It delves into device designs and drive techniques, alongside characterization methods and typical applications. Additionally, it offers insights into future developments in the field, making it a comprehensive resource for understanding both the science and practical aspects of piezoelectric technology.
Focusing on the mathematical foundations essential for understanding ferroelectricity and piezoelectricity, this textbook serves as a comprehensive supplemental resource to the author's previous works. It aims to simplify complex phenomena through mathematical expressions, enhancing the reader's grasp of the subject. This text is particularly beneficial for those studying the applications of these materials in technology, providing a solid framework to support the concepts discussed in related course books.