Unequal Duty-Ratio Feedforward Control to Extend Balanced-Currents Input Voltage Range for Series-Capacitor-Based Boost PFC Converter

Keyphrases

• Unbalanced Current 100%
• Input Voltage Range 100%
• Power Factor Correction Converter 100%
• Boost Power Factor Correction 100%
• Capacitor-based 100%
• Series Capacitor 100%
• Duty Ratio Feedforward 100%
• Input Voltage 66%
• Voltage Doubler 66%
• Control Method 33%
• Field Programmable Gate Arrays 33%
• Inductor Current 33%
• Output Voltage 33%
• Balance Ability 33%
• Intrinsic Currents 33%
• Duty Ratio 33%
• Power Factor Correction 33%
• Array chip 33%
• Current Balancing 33%

Engineering

• Input Voltage 100%
• Duty Ratio 100%
• Feedforward Control 100%
• Electric Power Factor Correction 100%
• Dc Voltage 50%
• Field Programmable Gate Arrays 25%
• Output Voltage 25%