Jinyeong Moon

Assistant Professor

Florida State University

United States

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About

Dr. Jinyeong Moon is an Assistant Professor at Florida State University, USA. His research interests encompass power electronics, magnetic energy harvesting, and the circular economy in transportation electrification. Recent publications include works on common-mode EMI analysis, high-bandwidth current shunts, and innovative power conversion systems.

Articles (19)

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2020

Collaborators (3)

Sang-Woo Jun

Assistant Professor

University of California, Irvine

UNITED STATES

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Sung-Ryeol KIM

Yonsei University College of Medicine

SOUTH KOREA

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Sastry Pamidi

Professor and Chair

UNITED STATES

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Jinyeong Moon

Research Interests

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About

Articles (19)

A Novel Power Conversion System for SMES in Pulsed Power Applications

Common-Mode EMI Analysis With Active CMV Cancellation in Neutral-Point-Less H-Type Inverter

High-Bandwidth Current Shunt With Extremely Low Stray Magnetic Field Based on Thin-Film Resistors

Intracycle Gapless Core Desaturation via Crisscross Switches for Maximal Magnetic Energy Harvesting

Closing the Loop on Circular Economy in Transportation Electrification: Reuse, Repurposing, and Recycling of Batteries, Power Electronics, and Electric Machines

Accurately Disentangling Core and Winding Losses in Experimental, In-Situ Magnetic Loss Measurement for Power Electronic Circuits and Applications

NPL.H: Neutral-Point-Less H-Type 3-Level Inverter

Enabling Multiple Harvesting Windows in Magnetic Energy Harvesting via Reverse Flux Desaturation

Mathematical Modeling and Validation of Saturating and Clampable Cascaded Magnetics for Magnetic Energy Harvesting

Minimally Invasive Direct In-situ Magnetic Loss Measurement in Power Electronic Circuits

Double-sided LC-compensated capacitive wireless power transfer system with admittance-based matching networks

Eciton: Very Low-Power Recurrent Neural Network Accelerator for Real-Time Inference at the Edge

Bidirectional Q-Z-Source DC Circuit Breaker

In Situ Direct Magnetic Loss Measurement With Improved Accuracy for Lossier Magnetics

High-frequency capacitive wireless power transfer technologies

Direct in-situ Measurement of Magnetic Loss in Power Electronic Circuits

Application of Impulse Oscillometry in Adult Asthmatic Patients With Preserved Lung Function

Direct In-situ Measurement of Magnetic Loss in Power Electronic Circuits

Robust Wireless Power Transfer System Based on Rotating Fields for Multi-User Charging

Collaborators (3)

Sang-Woo Jun

Sung-Ryeol KIM

Sastry Pamidi

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