반도체 집적회로 및 시스템 설계 연구실

Hybrid converters combine switching and linear regulation to achieve high efficiency and fast transient response. Vertical power delivery places power conversion stages close to the load, reducing conduction loss and IR drop while improving power density. Together, these approaches enable efficient and scalable power delivery for modern data centers and Al systems. Humanoid robots require reliable motor drivers to operate multiple joints. The motor driver enables stable and efficient operation of joint actuators, improving overall energy efficiency and system stability. A bipolar supply provides both positive and negative voltages required for display panels such as AMOLED, typically implemented using a single-inductor-based SIBO converter to simultaneously achieve high power efficiency and low output voltage ripple with stable power delivery. Mobile processors require intelligent power management to maintain high performance under strict thermal limits. Thermal-aware power management dynamically controls voltage, frequency, and workload distribution, improving energy efficiency, device stability, and user experience. Energy storage systems require reliable charger and battery management circuits for safe and efficient battery operation. The charger regulates energy transfer, while the Battery management system (BMS) protects the battery by monitoring voltage, current, temperature, and cell balance. Multi-source energy harvesting integrates multiple ambient energy sources (vibration, solar, thermal, and radio frequency) to generate electrical power for self-sustaining systems, such as the Internet of Things (loT) and wireless sensor networks, by reducing or eliminating the need for battery replacement or recharging. Resonant wireless power transfer delivers energy acros