steady-state :: 7 major loops, 58 minor ones.
=== Soft-switching Boost Converter INPUT ===
Lf        = 770 uH
Lr        = 10 uH
Cres      = 3.3 nF
Co        = 220 uF
Cos,aux   = 80 pF
Tfall,aux = 50 ns
Rds,on1   = 170 mOhms
Rds,on2   = 170 mOhms
Rind1     = 100 mOhms
Rind2     = 100 mOhms
Vfwd fast = 900 mV
Vfwd slow = 1 V
Us        = 230 V
============================================
==== Soft-switching Boost Converter OUT ====
Pin        = 600.292 W
Pout       = 600.186 W
Vout       = 450.07 V
Fswitch    = 100 KHz
T1 (D2 on) = 4.659 us
T2 (Tfall) = 44.548 ns
T3 (Tres)  = 285.349 ns
T4 (both)  = 100 ns
T5 (D1 on) = 223.642 ns
T6 (S1 on) = 4.234 us
T7 (Trise) = 451.591 ns
============================================
RMS switch1 losses =  0.574 Watts
RMS switch2 losses =  0.455 Watts
     Diode1 losses =  0.101 Watts
     Diode2 losses =  1.097 Watts
  Switching losses =  0.013 Watts
 Aux-switch losses =  4.532 Watts
  Rectifier losses =  5.220 Watts
   Inductor losses =  1.042 Watts
 EMC filter losses =  3.000 Watts
============================================
Total losses = 16.035 Watts


steady-state :: 7 major loops, 138 minor ones.
=== Soft-switching Boost Converter INPUT ===
Lf        = 770 uH
Lr        = 10 uH
Cres      = 3.3 nF
Co        = 220 uF
Cos,aux   = 80 pF
Tfall,aux = 50 ns
Rds,on1   = 170 mOhms
Rds,on2   = 170 mOhms
Rind1     = 300 mOhms
Rind2     = 300 mOhms
Vfwd fast = 900 mV
Vfwd slow = 1 V
Us        = 230 V
============================================
==== Soft-switching Boost Converter OUT ====
Pin        = 150.015 W
Pout       = 149.92 W
Vout       = 449.88 V
Fswitch    = 100 KHz
T1 (D2 on) = 4.346 us
T2 (Tfall) = 5 ns
T3 (Tres)  = 277.899 ns
T4 (both)  = 100 ns
T5 (D1 on) = 178.944 ns
T6 (S1 on) = 3.922 us
T7 (Trise) = 1.168 us
============================================
RMS switch1 losses =  0.088 Watts
RMS switch2 losses =  0.272 Watts
     Diode1 losses =  0.066 Watts
     Diode2 losses =  0.233 Watts
  Switching losses =  0.012 Watts
 Aux-switch losses =  2.273 Watts
  Rectifier losses =  1.304 Watts
   Inductor losses =  0.777 Watts
 EMC filter losses =  3.000 Watts
============================================
Total losses =  8.024 Watts


steady-state :: 4 major loops, 36 minor ones.
=== Soft-switching Boost Converter INPUT ===
Lf        = 770 uH
Lr        = 10 uH
Cres      = 3.3 nF
Co        = 220 uF
Cos,aux   = 80 pF
Tfall,aux = 50 ns
Rds,on1   = 170 mOhms
Rds,on2   = 170 mOhms
Rind1     = 100 mOhms
Rind2     = 100 mOhms
Vfwd fast = 900 mV
Vfwd slow = 1 V
Us        = 110 V
============================================
==== Soft-switching Boost Converter OUT ====
Pin        = 600.094 W
Pout       = 599.838 W
Vout       = 449.939 V
Fswitch    = 100 KHz
T1 (D2 on) = 2.027 us
T2 (Tfall) = 115.589 ns
T3 (Tres)  = 277.899 ns
T4 (both)  = 100 ns
T5 (D1 on) = 291.861 ns
T6 (S1 on) = 6.937 us
T7 (Trise) = 249.112 ns
============================================
RMS switch1 losses =  3.667 Watts
RMS switch2 losses =  0.836 Watts
     Diode1 losses =  0.172 Watts
     Diode2 losses =  1.027 Watts
  Switching losses =  0.010 Watts
 Aux-switch losses =  7.537 Watts
  Rectifier losses = 10.911 Watts
   Inductor losses =  3.644 Watts
 EMC filter losses =  3.000 Watts
============================================
Total losses = 30.804 Watts


steady-state :: 9 major loops, 95 minor ones.
=== Soft-switching Boost Converter INPUT ===
Lf        = 770 uH
Lr        = 10 uH
Cres      = 3.3 nF
Co        = 220 uF
Cos,aux   = 80 pF
Tfall,aux = 50 ns
Rds,on1   = 170 mOhms
Rds,on2   = 170 mOhms
Rind1     = 100 mOhms
Rind2     = 100 mOhms
Vfwd fast = 900 mV
Vfwd slow = 1 V
Us        = 110 V
============================================
==== Soft-switching Boost Converter OUT ====
Pin        = 150.383 W
Pout       = 150.011 W
Vout       = 450.016 V
Fswitch    = 100 KHz
T1 (D2 on) = 1.829 us
T2 (Tfall) = 21 ns
T3 (Tres)  = 285.349 ns
T4 (both)  = 100 ns
T5 (D1 on) = 199.8 ns
T6 (S1 on) = 6.748 us
T7 (Trise) = 815.56 ns
============================================
RMS switch1 losses =  0.280 Watts
RMS switch2 losses =  0.352 Watts
     Diode1 losses =  0.081 Watts
     Diode2 losses =  0.218 Watts
  Switching losses =  0.012 Watts
 Aux-switch losses =  2.907 Watts
  Rectifier losses =  2.734 Watts
   Inductor losses =  0.458 Watts
 EMC filter losses =  3.000 Watts
============================================
Total losses = 10.043 Watts
