072N3S

The 072N3S is short for BSO072N03S which is designed as optiMOS2 power transistor.

072N3S has nine features. The first one is it would have fast switching MOSFET for SMPS. The second one is it would have optimized technology for notebook DC/DC. The third one is qualified according to JEDEC1 for target applications. The fourth one is it would be N-channel. The fifth one is logic level. The sixth one is it would have excellent gate charge x Rds(on) product (FOM). The seventh one is it would have very low on-resistance Rds(on). The eighth one is it would be avalanche rated. The ninth one is it would be dv/dt rated. That are all the main features above.

Some absolute maximum ratings have been concluded into several points as follow. 072N3S's countinuous drain current would be 15A for 10 secs and would be 12A for steady state at Ta=25°C and at Ta=70°C it would be 12A for 12 secs and would be 9.6A for steady state. 072N3S's pulsed drain current would be 60A. Its avalanche energy, single pulse would be 145mJ with condition of Id=15A and Rgs=25. Its gate source voltage would be +/-20V. Its power dissipation would be 2.5W for 10 secs and would be 1.56W for steady state. Its operating and storage temperature range would be from -55°C to 150°C. The last one is about its IEC climatic category; DIN IEC 68-1 which would be 55/150/56.

Also some electrical characteristics about 072N3S. 072N3S's drain to source breakdown voltage would be min 30V with condition of Vgs=0V and Id=1mA. Its gate threshold voltage would be min 1.2V and typ 1.6V and max 2V with condition of Vds=Vgs, Id=45uA. Its zero gate voltage drain current would be typ 0.1uA and max 1uA with condition of Vds=30V, Vgs=0V and Tj=25°C and if Tj=125°C it would be typ 10uA and max 100uA. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!