Analysis of Carrier-Based PWM Patterns for a Three-Phase Five-Level Bidirectional Buck +Boost-Type Rectifier

Keyphrases

• Modulation Strategy 100%
• Buck-boost 100%
• Low-frequency Ripple 100%
• Rectifier 100%
• Modulation Pattern 100%
• Bidirectional Buck-boost 100%
• Carrier-based PWM 100%
• Five-level 100%
• Power Factor Corrected 100%
• Semiconductors 50%
• Field Programmable Gate Arrays 50%
• Phase Shift 50%
• System Features 50%
• Achievable Performance 50%
• Harmonic Distortion 50%
• Operating Principle 50%
• High Utilization 50%
• Power Electronics 50%
• High Power Factor 50%
• Controller Implementation 50%
• Hardware Prototype 50%
• Multilevel Converters 50%
• Modern Power 50%
• Power Converter 50%
• Boost Converter 50%
• Buck-type 50%
• Unidirectional Current 50%
• Current Carrying Capacity 50%
• Converter Topology 50%
• Carrier-based Modulation 50%
• Array Devices 50%
• Circuit Realization 50%
• Power Circuit 50%
• Space Vector Theory 50%
• Name Analysis 50%
• Voltage Source Converter 50%
• Digital Controller 50%
• DC Distribution System 50%
• Multi-phase Transformer 50%

Engineering

• Power Factor 100%
• Field Programmable Gate Arrays 50%
• Space Vector 50%
• Main Advantage 50%
• Digital Signal 50%
• Harmonic Distortion 50%
• Dimensioning 50%
• Power Electronics 50%
• Power Converter 50%
• Part Count 50%
• Ripple Voltage 50%
• Circuit Realization 50%
• Distortion Performance 50%
• Distribution System 50%
• Voltage Source Converter 50%
• Phase Shift 50%