Papers
2
Total Citations
40
H-Index
2
About
Jae-Hun Yoon is a leading researcher in wireless power transmission (WPT), with a primary focus on human safety and robotic applications. His work addresses the critical challenge of electromagnetic (EM) field exposure, a key barrier to the widespread adoption of high-power WPT systems. In his highly cited 2015 paper (26 citations), Yoon introduced an advanced power control scheme that dynamically reduces EM field emissions, ensuring human protection without compromising power transfer efficiency. This contribution is foundational for developing safer public and industrial WPT infrastructure. Yoon also made significant strides in mobile robotics, demonstrated by his 2013 work (14 citations) on a 1.78 MHz, 60W magnetic resonant coupling system for docent robots. He successfully designed and integrated a complete system, including a 130W Class-F power transmitter and a full-bridge rectifier, proving the viability of resonant WPT for untethered, autonomous operation. Through these achievements, Yoon has established himself as a key innovator in both the safety and practical deployment of wireless power, with his research directly shaping the future of EM-safe and robot-friendly power solutions.
Research Focus
Key Achievements
Top Papers
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