Tatsuya Masamura

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About

Tatsuya Masamura is a researcher whose work sits at the critical intersection of power electronics and industrial automation, with a primary focus on wireless power transfer (WPT) systems. His most cited work, “The wireless power transfer systems using the Class E push-pull inverter for industrial robots” (2017, 31 citations), addresses a pressing real-world challenge: the need for maintenance-saving solutions amid a declining working population. Masamura’s major contribution lies in developing a Class E push-pull inverter specifically designed to feed large-gap WPT systems for industrial robots, thereby reducing the reliance on battery maintenance and enabling more autonomous, continuous operation. This innovation is particularly impactful for manufacturing and logistics sectors, where robot downtime is costly. By targeting the practical bottleneck of power delivery, Masamura’s work bridges high-frequency inverter design with applied robotics, offering a scalable path toward truly maintenance-free industrial automation. His research is a clear example of how power electronics can directly solve operational inefficiencies, making him a notable figure in the field of wireless power and industrial robotics.