Technology and Applications of Wide Bandgap Semiconductor Materials: Current State and Future Trends

Keyphrases

• Power Device 100%
• Silicon-based 100%
• Power Conversion 100%
• Wide Bandgap Semiconductor Material 100%
• Wide Band Gap Semiconductors 100%
• Electronics Industry 50%
• Energy Efficiency 50%
• Power Electronics 50%
• Cooling System 50%
• Power Conversion Unit 50%
• Impact Size 50%
• Wide Bandgap Power Devices 50%
• Material Properties 50%
• Insulated Gate Bipolar Transistors 50%
• Market Potential 50%
• Motor Drives 50%
• High Switching Frequency 50%
• Wide-bandgap Power Semiconductors 50%
• Current Market 50%
• Consumer Electronics 50%
• Turn-off 50%
• Impact Efficiency 50%
• Blocking Voltage 50%
• Distributed Energy System 50%
• Semiconductor Devices 50%
• Energy Impact 50%
• High Power Density 50%
• Efficiency Improvement 50%
• Market Trends 50%
• Diamond 50%
• Increased Reliability 50%
• Silicon Carbide 50%
• Enhanced Efficiency 50%
• Gate Turn-off Thyristor 50%
• Conversion Applications 50%
• Gallium Nitride 50%
• High Temperature 50%
• Energy Consumer 50%
• Commercial Market 50%
• Power Electronic Converters 50%
• Silicon-based Semiconductors 50%
• Automotive Data 50%
• Low Switching Loss 50%
• Term Analysis 50%
• Semiconductor Materials 50%
• Output Filter 50%
• Bipolar Transistor 50%
• Aerospace Power Systems 50%
• Performance Improvement 50%
• MOSFET 50%
• Power Electronics Applications 50%
• Futures Markets 50%
• Technical Potential 50%
• Power Converter Efficiency 50%
• Loss Reduction 50%

Engineering

• Semiconductor Material 100%
• Power Device 100%
• Future Trend 100%
• Power Conversion 100%
• Wide Bandgap Semiconductor 100%
• Band Gap 66%
• Power Electronics 66%
• Power Electronic Converter 33%
• Electronics Industry 33%
• Thyristor 33%
• Power Engineering 33%
• Motor Drive 33%
• Diamond 33%
• Distributed Energy System 33%
• Automotives 33%
• Nitride 33%
• Insulated Gate Bipolar Transistor 33%
• Metal-Oxide-Semiconductor Field-Effect Transistor 33%
• Cooling System 33%
• Power Density 33%
• Output Filter 33%
• Switching Loss 33%
• Semiconductor Device 33%
• Switching Frequency 33%
• Bipolar Transistor 33%
• Consumer Electronics 33%
• Performance Improvement 33%
• Power Converter 33%
• Impact Energy 33%

Material Science

• Semiconductor Material 100%
• Silicon 100%
• Power Device 100%
• Wide Bandgap Semiconductor 100%
• Bipolar Transistor 66%
• Diamond 33%
• Metal-Oxide-Semiconductor Field-Effect Transistor 33%
• Silicon Carbide 33%
• Density 33%
• Gallium Nitride 33%
• Materials Property 33%
• Semiconductor Device 33%