SRC65R068BS Datasheet and Replacement

Datasheet68m, 650V, Super Junction N-Channel Power MOSFET SRC65R068BSGeneral Description SymbolThe Sanrise SRC65R068BS is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity

Datasheet68m, 650V, Super Junction N-Channel Power MOSFET SRC65R068BSGeneral Description SymbolThe Sanrise SRC65R068BS is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity

Datasheet 52m 650V, Super Junction N-Channel Power MOSFET SRC65R052FB General Description Symbol The Sanrise SRC65R052FB is a high voltage power MOSFET, fabricated using advanced super junction technology. The resulting device has extremely low on resistance, low gate charge and fast switching time, making it especially suitable for applications which require superior power

Datasheet32m, 650V, Super Junction N-Channel Power MOSFET SRC65R032FBGeneral Description SymbolThe Sanrise SRC65R032FB is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity

Datasheet40m, 650V, Super Junction N-Channel Power MOSFET SRC65R040BGeneral Description SymbolThe Sanrise SRC65R040B is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity an

Datasheet85m, 650V, Super Junction N-Channel Power MOSFET SRC65R085BSGeneral Description SymbolThe Sanrise SRC65R085BS is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity

Datasheet82m, 650V, Super Junction N-Channel Power MOSFET SRC65R082BGeneral Description SymbolThe Sanrise SRC65R082B is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity an

Datasheet72m, 650V, Super Junction N-Channel Power MOSFET SRC65R072BGeneral Description SymbolThe Sanrise SRC65R072B is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity an

Datasheet42m, 650V, Super Junction N-Channel Power MOSFET SRC65R042BGeneral Description SymbolThe Sanrise SRC65R042B is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity an

Datasheet24m, 650V, Super Junction N-Channel Power MOSFET SRC65R024BGeneral Description SymbolThe Sanrise SRC65R024B is a high voltagepower MOSFET, fabricated using advanced superjunction technology. The resulting device hasextremely low on resistance, low gate charge andfast switching time, making it especially suitablefor applications which require superior powerdensity an

Datasheet 85m, 650V, Super Junction N-Channel Power MOSFET SRC65R085B General Description Symbol The Sanrise SRC65R085B is a high voltage power MOSFET, fabricated using advanced super junction technology. The resulting device has extremely low on resistance, low gate charge and fast switching time, making it especially suitable for applications which require superior power