Reducing the turn-on time and overshoot voltage for a diode-triggered silicon-controlled rectifier during an electrostatic discharge event.
Ahmed GinawiTian XiaRobert GauthierPublished in: SoCC (2014)
Keyphrases
- output voltage
- electric field
- single phase
- space charge
- transmission line
- pulse width modulation
- electronic circuits
- matlab simulink
- fed induction generator
- liquid crystal
- dynamic response
- silicon dioxide
- dc dc converter
- closed loop
- event detection
- low cost
- computer simulation
- induction motor
- event driven
- high speed
- input output
- control strategy
- control algorithm
- control method
- field effect transistors
- transfer function
- wind turbine
- mathematical model
- power system
- high density
- parallel processing
- light emitting
- particle swarm optimization
- charge coupled device
- gallium arsenide
- control system