Researches
Mixed-Signal Processing-in-Memory
Mixed-Signal In-Memory Computing Macro for Edge Devices
Embedded Memories for PIM in CMOS Logics
PIM System Modeling with XMODEL
Touch-Screen Controllers for Advanced Displays
Low-Power Analog Front-End for Advanced Thin Displays
Noise-Immunity-Enhanced Analog Front-End for Touch Screen Controllers
Reconfigurable SNR/Frame-Rate Analog Front-End of Touch Controllers
Digital/Hybrid Low-Dropout Regulators
Power Mangement ICs
Heavy-Load Event-Driven Digital LDO s
Ultra-Low-Dropout Hybrid Regulators
DC-DC Converters
Efficient Modeling of Large-Scale Mixed-Signal Circuits
Analog Circuit Modeling Using an Event-Driven Simulator
XMODEL-Based Mixed-Signal System Modeling
(Figure from Scientific Analog, https://www.scianalog.com)
Low-Power Mixed-Signal Circuits for IoTs
Low-Voltage Analog Circuits for IoT Sensor Nodes
Low-Voltage Scalable Sigma-Delta ADC for IoT Sensor Networks
Verilog-Based Analog Circuit Generators
Verilog-Based Automatic Generation of Analog Circuits
Synthesizable On-Chip Waveform Monitoring System for Low-Voltage SoCs
