Jung-Ik Ha

Professor

Seoul National University

South Korea

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About

Jung-Ik Ha is a Professor at Seoul National University, South Korea. His research focuses on advanced control strategies and modulation methods for electric drives, particularly in inverter-fed systems and three-phase converters. Recent publications highlight his work on fault diagnosis, anomaly detection in induction motors, and innovative charging methods for electric vehicles.

Articles (23)

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2025

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2022

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2022

Collaborators (3)

Juwon Lee

Seoul National University

SOUTH KOREA

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Yongsu Han

Assistant Professor

Myongji University College of Engineering

SOUTH KOREA

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Kahyun Lee

Ewha Womans University

SOUTH KOREA

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Jung-Ik Ha

Research Interests

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About

Articles (23)

Control and Modulation Methods of Single-/Three-Phase PWM Converter for Suppressing Leakage Current

Analysis and Mitigation of Bearing Current in Inverter-Fed IPMSMs Drive System

Control strategy for three-phase converters under unbalanced grid conditions with closed-loop compensation

Fault Diagnosis for Electric Drives Using Averagely Pooled and Downsampled Data Fusion on Embedded Systems

Flying Capacitor Multi-Level Converter at Constant Resonant Frequency with Negative-Voltage-Blocking GaN Switch

Two-Phase DC Charging Method for Improved Efficiency and Zero Torque in Motor-Integrated Charger

Ensemble-Based Anomaly Detection With Comprehensive Feature Distances for Induction Motors

Single-Sided Compensation Network Design Method for Capacitive Power Transfer System Considering Coupling Variation

Impedance Matching Network Design for 6.78-MHz Wireless Power Transfer System With Constant Power Characteristics Against Misalignment

Contact Force Estimation Using Uncertain Torque Model and Friction Models for Robot Manipulator

Design and Analysis of Resonant Network for Dual Active Bridge Converter

Design and Four-Degrees of Freedom Modulation Method of Dual Active Bridge Converter

Six-Vertex Voltage Injection Strategy for Sensorless IPMSM Control Using Single DC-Link Current Sensor

Feedback Gain Design of Induction Machine Full-Order Flux Observer

Topology and Control of an Enhanced Dual-Active Bridge Converter With Inherent Bipolar Operation Capability for LVDC Distribution Systems

Pulse Width Modulation Methods for Minimizing Commutation Torque Ripples in Low Inductance Brushless DC Motor Drives

Reconfigurable Power Circuits to Series or Parallel for Energy-Balanced Multicell Battery Pack

Analytical Modeling and Design of 27.12 MHz Single-Switch DC–DC Converter With PCB Transformer

Magnetic Field Synthesis of Electromagnetic Navigation Systems in Current Limits

Saliency-Based Sensorless Control Using Current Derivative in IPMSM Drives With Single DC-Link Current Sensor

Ultra-Low Inductance PMSM Drive Using a DC Current Sensor

Impedance Compressing Matching Network Based on Two-Port Network Analysis for Wireless Power Transfer System

Design and Analysis of Single-Inductor Power Converter for Both Battery Balancing and Voltage Regulation

Collaborators (3)

Juwon Lee

Yongsu Han

Kahyun Lee

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