Analysis, Design, and Implementation of a Spatially Nested Magnetic Integration Method for Inductive Power Transfer Systems

Keyphrases

• Integration Method 100%
• Misalignment 100%
• Analysis Design 100%
• Inductive Power Transfer System 100%
• Inductive Power Transfer 100%
• Magnetic Integration 100%
• Compact Structure 50%
• Air Gap 50%
• Inductors 50%
• Conversion Efficiency 50%
• Transfer Technology 50%
• Excellent Performance 50%
• Modeling Tools 50%
• Solenoid 50%
• Optimal Efficiency 50%
• Power Output 50%
• Cross-coupling 50%
• 3D Finite Element Model 50%
• Magnetic Flux Density 50%
• Coupling Coefficient 50%
• Transformer Coil 50%
• Axial Misalignment 50%
• Efficiency Design 50%
• Inductance Coil 50%
• Transformer Structure 50%
• Lateral Misalignment 50%
• Vertical Misalignment 50%
• Compensation Circuit 50%
• Series Compensation 50%
• Compensation Component 50%
• Resonant Inductor 50%

Engineering

• Integration Method 100%
• Design Analysis 100%
• Inductive Power Transfer 100%
• Finite Element Modeling 33%
• Experimental Result 33%
• Conversion Efficiency 33%
• Output Power 33%
• Density Distribution 33%
• Coupling Coefficient 33%
• Magnetic Flux Density 33%
• Cross-Coupling 33%
• Axial Misalignment 33%
• Series Compensation 33%