Power Management IC

A Single-Stage Wireless Pulse Charger With Robust Built-in Resistance Compensation and Charging Time Reduction
A single-stage wireless pulse charger with robust built-in resistance compensation and reduced charging time for wireless power transfer applications.
DOI Press Release
A Single-Stage Wireless Pulse Charger With Robust Built-in Resistance Compensation and Charging Time Reduction
Towards a Compact and Power-Efficient Pulse-Based Li-Ion Battery Charging System With Load Supply Using a Photovoltaic Source
Book Published by Springer on Energy-Management IC Design for Wireless Power and Data Transfer Applications
Prof. Byunghun Lee and Junhyuk Lee published a Springer book on energy-management integrated circuit design for wireless power and data transfer applications.
Jul 1, 2025 1 min read News
Book Published by Springer on Energy-Management IC Design for Wireless Power and Data Transfer Applications
무선 전력 공급 이식형 기기를 위한 넓은 출력 전압 차이를 구현하는 전압/전류 방식의 단일 단 이중 출력 조절 정류기
Energy-Management Integrated Circuit Design for Wireless Power and Data Transfer Applications
A book on energy-management integrated circuit design for wireless power and data transfer applications.
Energy-Management Integrated Circuit Design for Wireless Power and Data Transfer Applications
Resonant Upconverter for Energy Harvesting in Low-Frequency and Low-Voltage Regimes
A 92 ns Settling-Time Fast-Transient Capacitor-Less LDO With a Stable Class-B Bandwidth-Boosting Error Amplifier and an Improved Buffer for Mobile Applications
A fast-transient capacitor-less LDO with 92 ns settling time, a stable class-B bandwidth-boosting error amplifier, and an improved buffer for mobile applications.
DOI
A 92 ns Settling-Time Fast-Transient Capacitor-Less LDO With a Stable Class-B Bandwidth-Boosting Error Amplifier and an Improved Buffer for Mobile Applications
Charge Pump System for Energy Harvesting in Low-Voltage and Low-Frequency Applications
저전압 저주파수에서의 에너지 하베스팅용 차지펌프 회로
A Robust Multioutput Self-Regulated Rectifier for Wirelessly Powered Biomedical Applications
A robust multioutput self-regulated rectifier for wirelessly powered biomedical applications.
DOI IEEE Xplore
A Robust Multioutput Self-Regulated Rectifier for Wirelessly Powered Biomedical Applications