Control scheme and characteristics analysis of three-phase series resonant converter suitable for contactless slipring system

Keyphrases

• Series Resonant Converter 100%
• Control Scheme 100%
• Control Characteristics 100%
• Contactless Slipring 100%
• Air Gap 66%
• High Coupling Coefficient 66%
• Symmetrical Control 66%
• Asymmetrical Control 66%
• High Power 33%
• Control Strategy 33%
• Output Voltage 33%
• Harmonic Content 33%
• Parameter Variation 33%
• Resonant Tank 33%
• Systems Approach 33%
• Cross-coupling 33%
• Secondary Currents 33%
• Load Variation 33%
• Line Variation 33%
• Accurate Expression 33%
• Inductive Power Transfer 33%
• Fundamental Harmonic Approximation 33%
• Power Transfer Capability 33%
• Loose Coupling 33%
• Three-phase System 33%
• Compensated System 33%
• Single-phase Systems 33%
• Precise Computation 33%
• Primary Current 33%
• Star-connected 33%
• Rotary Transformer 33%
• Neutral Point 33%
• Coupling Transformer 33%
• Power Range 33%
• Soft Switching 33%
• Resonant Converter 33%

Engineering

• Control Scheme 100%
• Coupling Coefficient 100%
• Resonant Converter 100%
• Experimental Result 50%
• Control Strategy 50%
• Output Voltage 50%
• Parameter Variation 50%
• Cross-Coupling 50%
• Harmonic Content 50%
• Load Variation 50%
• Coupling Transformer 50%
• Inductive Power Transfer 50%
• Three-Phase System 50%
• Neutral Point 50%
• Single-Phase System 50%
• Soft-Switching 50%
• Realization 50%
• Harmonics 50%