拓扑选择

在设计电源电路时，输入电压、输出电压、功率、有无绝缘等因用途而异，因此需要选择符合要求规格的电路结构（拓扑）。此外，适合的部件选择因拓扑而异。如果选择了错误的部件，将无法满足要求的规格，并且必须重新进行电路设计。以下列出了各种拓扑适合的器件，所以在拓扑选择和适合拓扑组件的选择上可以作为参考，减少设计工时。

应用

function topology name vin vo applications
industry
power converter
(smps)		 pv
inverter		 ups on board
charger
for xev		 xev charger
station		 indutry
motor drive
ac/dc boost pfc 85 - 265vac 400vdc ✓   ✓     coming soon
interleaved boost pfc 85 - 265vac 400vdc ✓   ✓ ✓  
totem-pole bridgeless pfc
(diode rectification)		 85 - 265vac 400vdc ✓   ✓ ✓  
totem-pole bridgeless pfc
(synchronous fets)		 85 - 265vac 400vdc ✓   ✓ ✓  
3-phase 2-level full bridge pfc 3phase
170 - 480vac		 800vdc     ✓ ✓ ✓
3-phase vienna pfc 3phase
170 - 480vac		 800vdc     ✓ ✓ ✓
3-phase npc type-t pfc 3phase
170 - 480vac		 800vdc         ✓
dc/dc boost converter 150 - 350vdc 400vdc   ✓      
bidirectional buck-boost converter 400vdc 30 - 100vdc   ✓ ✓    
dual buck-boost converter 600 - 1500vdc 800vdc   ✓ ✓    
bipolar boost converter 400 - 600vdc 800vdc   ✓ ✓    
3-level flying capitor booster 400vdc 400 - 600vdc   ✓      
llc converter
(half bridge, diode bridge)		 400vdc 400vdc   ✓      
llc converter
(full bridge, diode rectification)		 400vdc 12 - 48vdc ✓        
llc converter
(full bridge, synchronous fets)		 400vdc 12 - 48vdc ✓        
llc converter
(full bridge, diode bridge)		 400vdc 400vdc       ✓ ✓
phase shifted full bridge converte
(diode rectification)		 400vdc 12 - 48vdc ✓        
phase-shifted full bridge converter
(synchronous fets)		 400vdc 12 - 48vdc ✓        
dual active bridge
(dab)		 400vdc 400vdc   ✓ ✓ ✓ ✓
dc/ac full bridge inverter
(1-phase application)		 400vdc 85-265vac   ✓ ✓    
heric inverter
(1-phase application)		 400vdc 85-265vac   ✓ ✓    
3-level npc type-i inverter
(3-phase application)		 800vdc 3phase
170 - 480vac		   ✓ ✓    
3-level npc type-t inverter
(3phase application)		 800vdc 3phase
170 - 480vac		   ✓ ✓    
2-level full bridge inverter
(3-phase application)		 800vdc 3phase
170 - 480vac		   ✓ ✓