Comparative Stability Analysis of Synchronous Reference Frame Current Controllers Operated at High Fundamental Frequency

Keyphrases

• AC Machines 16%
• Comparative Analysis 16%
• Comparative Stability Analysis 100%
• Computational Burden 16%
• Controller Gain 16%
• Current Control Loop 16%
• Current Control Systems 16%
• Current Controller 100%
• Current Regulation 16%
• Design Principles 16%
• Digital Implementation 16%
• Digital Times 16%
• Gain Selection 33%
• Grid-connected Voltage Source Converter 16%
• High Dynamic Performance 16%
• High Fundamental Frequency 100%
• High Power Applications 16%
• High-frequency Operation 16%
• Implementation Delay 16%
• Integral Currents 33%
• Machine Drives 16%
• Nonlinear Parameter 16%
• Operating Frequency 16%
• Parameter Variation 16%
• Proportional Integral 83%
• Pulse Width Modulation 16%
• Speed-power 16%
• Synchronous Reference Frame 100%
• System Stability 16%
• Time Delay 16%

Engineering

• Comparative Analysis 16%
• Control System 16%
• Controller Gain 16%
• Current Control Loop 16%
• Delay Time 16%
• Dynamic Performance 16%
• Frequency Operation 16%
• Fundamental Frequency 100%
• Limitations 16%
• Nonlinearity 16%
• Operating Frequency 16%
• Parameter Variation 16%
• Reference Frame 100%
• Stability Analysis 100%
• Voltage Source Converter 16%