J. M. Wilson

Papers

Total Citations

H-Index

About

J. M. Wilson’s research career centers on the design and control of advanced piezoelectric actuators, with a particular focus on miniature ultrasonic motors for robotics. His most-cited work, “Drive circuit for a mode conversion rotary ultrasonic motor” (2005), tackles a critical engineering challenge: producing the high-frequency (~40 kHz), high-voltage (~200 V peak-to-peak) signals required to power these compact motors into low-impedance loads. This contribution is foundational for enabling precise, miniaturized motion in applications like surgical tools and micro-robotic systems. While his citation count (3) reflects a niche but specialized audience, his work is highly valued by engineers developing drive electronics for piezoelectric devices. Wilson’s research bridges the gap between motor design and practical circuit implementation, ensuring that theoretical motor concepts can be reliably powered in real-world systems. His achievements highlight the importance of interdisciplinary problem-solving at the intersection of materials science, power electronics, and robotics. For students and researchers entering the field of smart materials and actuators, Wilson’s work offers a clear example of how addressing seemingly narrow engineering constraints can enable broader technological advances in miniature actuation.