Professor
Prof. M B Patil
Areas Of Expertise
- Circuit simulation
- Semiconductor devicemodeling and parameter extraction
- Simulation of power electronic circuits and power systems
- Power Systems
- Power Electronic Systems,Real-time and off-line simulation
- Advanced MOS transistor models.,Power Electronics
- Circuit simulation
- SEQUEL Workshops
- Look-up table
- MOSFET
- Non-Quasi-Static model
- Terminal charges
- Power electronics
- Steady-state response
- Device simulation
- Power MOSFET
- Superjunction
- Behavioral model
- Mixed-signal simulation
- Phase-locked loop
- Public-domain software
- CoolMOS model
- CoolMOS parameter extraction
- Power MOSFET model
- Public-domain package
- Breakdown voltage
- Charge imbalance
- CoolMOS
- Geometry factor
- On resistance
- Super-junction devices
- Large-signal MOS transistor model
- MOSFET compact model
- Nonquasi-static (NQS) effect
- Small-signal MOS transistor model
- Y parameters
- Double-gate MOSFET (DG MOSFET)
- FinFET
- RF-Mixer
- Analog circuit
- Channel engineering
- Lateral asymmetric channel (LAC)
- Look-up table (LUT)
- Quasi-static
- Lookup table (LUT)
- Modeling
- MOSFETs
- RF CMOS
- Three-port measurement
- Analytical modeling
- Delay distribution
- Mixed-mode simulations
- Monte Carlo analysis
- Process variations
- Process sensitivity
- Design of experiments (DOE)
- Hybrid model
- Least squares method (LSM)
- Response surface methodology (RSM)
- Design of experiments
- Dynamic Power Distribution
- Hybrid model
- Hybrid Model-CV
- Least Squares Method
- Mixed-mode simulations
- Monte Carlo analysis
- Response surface methodology
- Doping
- Double-gate
- FIELD
- Mobility
- MOSFET
- Circuit design
- Hierarchical particle swarm optimization (PSO)
- Lookup table (LUT)
- PV
- MOSFET MODEL
- Simulation
- DEVICE
- Performance
- Transistor
- SPLINES
- Impact
- Gate
- Automatic analog circuit design
- Low-voltage CMOS Op-amps
- PSO
- Re-initialization scheme
- Body doping
- Current
- Dgfet
- Dibl
- Short-channel
- Sub-threshold slope
- Velocity saturation
- Electronics
- Graphics interface
- Schematic capture
- Steady-state analysis
- Circuits
- Hierarchical particle swarm optimization (PSO)
- Adaptive inertia
- Genetic algorithm
- Hierarchical particle swarm optimization
- Local search
- Memory loss
- MOSFET parameter extraction
- Particle swarm optimization
- PSP MOSFET model
- Steady-state -analysis
- Look-up table
- Look-up table interpolation
- Process variation study
- Temperature
- Sensitivity
- Look-up table
- Look-up table interpolation
- Process variation study