We develop energy-efficient systems that provide high-performance solutions for a wide range of devices by exploring power reduction techniques at various stages of the design of Analog and Power management circuits for system-on-chip (SOC) and battery-powered applications.
Switched-Capacitor DC-DC converters
Step-down converters for low-power applications
Charge-pumps for LED driver & boot-strap applications
Continuously programmable fully-integrated converters
Switched-Inductor DC-DC converters
Buck converters
Boost Converters
Buck-Boost Converters
Fly-back Converters
Low Dropout (LDO) regulators
Band-Gap Reference (BGR) circuits
Analog and mixed-signal circuit design
High-voltage electronic circuits
Pulsed-power Generators
Other essential Analog circuits
Peak Current Mode, Voltage Current Mode, Average Current Mode, Constant On-Time (COT) Control, Valley Mode Control
Peak Current Mode, Voltage Current Mode, Average Current Mode, Constant On Time (COT) Control
PMOS, NMOS, Digital, Capless, High-PSRR, High-voltage LDOs
PTAT, ZTC, Brokaw, Long-channel, Short-Channel, Low-voltage, Bandgap
Hysteretic, low/high/wide input range, high-speed Comparators, Schmitt Triggers.
Charge-pump, step-down, Multi-level switched capacitor DC-DC Converters
SAR, Sigma-Delta
Resistor, Capacitor, Binary/2's Complement,
5T, Folded-cascode, Telescopic, Multi-stage Amplifiers & Compensations
LC, Integrated VTH, I/C, PLL, DLL