Tomonari Kuriaki

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About

Tomonari Kuriaki has made significant contributions to power electronics, with a particular focus on isolated converter topologies for robotic and battery charging systems. His most-cited work, "A novel output voltage regulation strategy for primary side of flyback converter" (2011, 13 citations), addresses a critical challenge in systems requiring galvanic isolation between the input power source and the load. Kuriaki’s research centers on developing efficient primary-side regulation techniques that eliminate the need for secondary-side feedback components, thereby reducing system complexity and cost while maintaining precise voltage control. This work is especially relevant for applications in robotics and battery charging, where isolation and reliability are paramount. Beyond this flagship paper, Kuriaki’s broader research portfolio explores advanced control methods for power converters, contributing to improved performance in energy-efficient systems. His work has been cited by researchers advancing flyback converter designs and isolated power supply architectures, underscoring its practical impact. Kuriaki’s innovative approach to primary-side regulation continues to influence the development of compact, cost-effective power solutions for modern electronic systems.