Impact of the stator resistance of squirrel cage induction motor using direct torque control and PI controller

Keyphrases

• Actual Performance 33%
• Change Approach 33%
• Characteristic 3 33%
• Characteristic Changes 33%
• Direct Axis 33%
• Direct Torque Control 100%
• Direct Torque Control Method 33%
• Flux Estimation 33%
• Hysteresis Band 33%
• Inverter 33%
• Motor Rotation 66%
• Motor Speed 66%
• Motor Stator 33%
• Number of Turns 33%
• PI Controller 100%
• Quadrature Axis 33%
• Reference Modeling 33%
• Resistance to Change 33%
• Resistance Value 66%
• Rotational Speed 100%
• Speed Change 33%
• Squirrel Cage 66%
• Squirrel Cage Induction Motor 100%
• Stator 100%
• Stator Current 33%
• Stator Flux 66%
• Stator Resistance 100%
• Temperature Variation 33%
• Three-phase Induction Motor 33%
• Three-phase System 33%

Engineering

• Direct Torque Control 100%
• Hysteresis Band 50%
• Inverter 50%
• Lookup Table 50%
• Motor Speed 100%
• Phase Induction Motor 50%
• Resistance Change 50%
• Rotation Speed 100%
• Rotational Speed 50%
• Squirrel Cage Induction Motor 100%
• Stator Flux 100%
• Three-Phase System 50%