Analog Integrated Circuit design for power electronics and wireless applications; power management IC.

• Hybrid Low Drop-Out Regulator
• A Single-Controller-Multiple-Output Low-Dropout Regulator for SoC Applications
• An Efficient D-Mode GaN Driver for High Voltage Pseudo-Synchronous Power Converters
• Retention Mode Analog/Digital Hybrid Low Dropout Regulator with High Power Supply Rejection for Ultra-Low-Power Applications
• Time-Domain Maximum Power Point Tracking Circuits for Microwatt Energy Harvesting Applications
• A Homogeneous DC-DC Converter Grid with Fast Load Sharing for Distributed Power Supply in SoC Applications
• A Fast Reference-Tracking On-Chip Switching Converter for DVFS Applications
• Advanced Envelope-Tracking Architectures and ICs for LTE Transmitters
• Cost-effective and Eco-friendly LED System-on-a-chip (SoC)
• Intelligent LED Lighting Microsystems (iLight) for Sustainable Environment and Novel Photonic Wireless Applications
• Low-Voltage Digital Low-Dropout Regulator
• Development of Low-Power Fast-Transient Digital Low-Dropout Regulator for SoC Power Supply
• Low-Noise Power Management System for Ultra-Low Voltage Energy-Efficient Circuits
• Research and Development of Mixed-signal Module for Power Management IC
• Development of Ultra-Low-Power Power Management Integrated Circuit for Energy-Autonomous Electronic Device
• A Monolithic Single-Inductor Multiple-Output Switching Converter with Low Cross-Regulation
• A Monolithic Digital-Control DC-DC Converter with Fast Transient Response
• A Linearization IC for WLAN Power Amplifier Applications
• On-Chip Power Management Circuits for Thermal-Aware Multiprocessor-on-a-Chip Design
• Development of Monolithic CMOS Switched-Capacitor Power Converter with High Accuracy and Fast Load Transient Response
• A Monolithic Current-Mode Switching Power Converter with On-Chip Current Sensor
• Development of a Temperature-Compensated Voltage-Controlled Crystal Oscillator
• A Monolithic Low-Voltage DC-DC Converter for Handheld Electronic Devices
• A Monolithic Low-Voltage DC-DC Converter
• Integrated Analog Display Driver Circuit Design For Poly-Si AMLCD On Glass
• A Fully Integrated Low-Noise Switching Mode Power Converter for Portable Wireless Telecommunication Equipment
• A Fully Integrated Selective Epitaxial Growth BiCMOS RF Front-end Module for Wireless Communication Applications
• Monolithic BiCMOS RF Power Amplifier
• Advanced BiCMOS Device and Circuit Design for Telecommunication Applications

Please visit Integrated Power Electronics Laboratory home page for additional information.