1200-1800: T1,T2,T3 1800-2400: T2,T3,T4 VAB=VAN-VBN=0, VAB=VAN-VBN=-V, VBC=VBN-VCN=V , VBC=VBN-VCN=V , VCA=VCN-VAN= -V VCA=VCN-VAN= 0 VAN=V/3, VAN= -V/3, VBN= V/3, VBN=2 V/3, VCN= -2V/3 VCN= -V/3 2400-3000: T3,T4,T5 3000-3600: T4,T5,T6 VAB=VAN-VBN=-V, VAB=VAN-VBN=0, VBC=VBN-VCN=0 , VBC=VBN-VCN=-V , VCA=VCN-VAN= V VCA=VCN-VAN= V VAN= -2V/3, VAN= -V/3, VBN= V/3, VBN=- V/3, VCN= V/3 VCN= 2V/3 Wave forms for 180˚conduction mode
1200-1800: T1,T2,T3 VAB=VAN-VBN=0, VBC=VBN-VCN=V , VCA=VCN-VAN= -V VAN=V/3, VBN= V/3, VCN= -2V/3 1800-2400: T2,T3,T4 VAB=VAN-VBN=-V, VBC=VBN-VCN=V , VCA=VCN-VAN= 0 VAN= -V/3, VBN=2 V/3, VCN= -V/3 2400-3000: T3,T4,T5 VAB=VAN-VBN=-V, VBC=VBN-VCN=0 , VCA=VCN-VAN= V VAN= -2V/3, VBN= V/3, VCN= V/3 3000-3600: T4,T5,T6 VAB=VAN-VBN=0, VBC=VBN-VCN=-V , VCA=VCN-VAN= V VAN= -V/3, VBN=- V/3, VCN= 2V/3 Wave forms for 180˚conduction mode
three-phase-inverter.docx