Hysteretic Controlled Quadratic Boost Converter-3 Phase Inverter fed PMSM for E-Car with Enhanced Time Response

Ongoing research improvements in dc-dc converters have offered path way to high gain voltage of quadratic boost converter to control PMSM. Three phase inverter finds a way between semi converter and PMSM. This work demonstrates that, Semi-Converter fed Quadratic Boostconverter based on a permanent-magnet synchronous-motor drive for e-car is simulated with two different current control strategies.Further,this work presents the strategy, investigation & developed model of Semi-converter based Quadratic boost converter three phase inverter fed permanent magnetic synchronous motor (PMSM) with PIC-HC (Proportional integral controller-hysteresis controller) & PRC-PRC (Proportional Resonant controller - Proportional Resonant controller). The consequences are related in terms of settling time & steady state error. The consequences show the loftier presentation of HC controlled Semiconductor based Quadratic boost converter-three phase inverter (SC-QBC-TPI) fed permanent magnetic synchronous motor with improved response. 16F84-PIC based SC-QBC-TPI fed PMSM is tested and experimental results are presented.