Robustness analysis of a rectifier in half bridge configuration with unity power factor

Engineering

• Power Factor 100%
• Linear Fractional Transformation 100%
• Research Group 50%
• Control Systems 50%
• Model Uncertainty 50%
• Power Electronics 50%
• Harmonic Content 50%
• Computation Complexity 50%
• Electric Power Factor Correction 50%
• Structured Uncertainty 50%
• Internal Stability 50%
• Low Power Factor 50%
• Controlled Rectifier 50%
• Value Function 50%
• Matrix Function 50%
• Robustness Test 50%
• Current Control Loop 50%
• Sufficient Condition 50%
• Singular Value 50%

INIS

• configuration 100%
• bridges 100%
• rectifiers 100%
• power factor 100%
• transformations 50%
• stability 25%
• matrices 25%
• values 25%
• power 25%
• control 25%
• applications 25%
• voltage 25%
• control systems 25%
• calculation methods 25%
• harmonics 25%
• corrections 25%

Keyphrases

• Robustness Analysis 100%
• Linear Fractional Transformation 66%
• Robustness Testing 33%
• Internal Call 33%
• Low Harmonic Contents 33%
• Power Factor Correction 33%
• Structured Singular Value 33%
• Structured Uncertainty 33%
• Matrix Functions 33%
• Modern Techniques 33%
• Voltage Rectifier 33%
• Unified Representation 33%
• Control Power 33%
• Current Control Loop 33%
• Singular Value Distribution 33%
• Unitary Power Factor 33%