DHS044N12E Todos los transistores

DHS044N12/DHS044N12E 160A 120V N-channel Enhancement Mode Power MOSFET 1 Description The N-channel enhancement mode power mosfets used 2 D V = 120V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 3.7m DS(on) (TYP) the RoHS standard. 1 3 S I = 160A D 2 Features Low on resistance Low gate charge

DHS044N12 160A 120V N-channel Enhancement Mode Power MOSFET 1 Description This N-channel enhancement mode power MOSFET 2 D V = 120V DSS utilizes advanced Split Gate Trench technology, which provides excellent Rdson and low Gate charge at the same G R = 3.7m DS(on) (TYP) time. Which accords with the RoHS standard. 1 3 S I = 160A D 2 Features Low on resistance Low gat

DHS044N12U 270A 120V N-channel Enhancement Mode Power MOSFET 1 Description This N-channel enhancement mode power MOSFET 2 D V = 120V DS utilizes advanced Split Gate Trench technology, which provides excellent Rdson and low Gate charge at the same G R = 2.7m DS(on) (TYP) time. Which accords with the RoHS standard. 1 3 S I = 270A D 2 Features Low on resistance Low gate

DHS045N88/DHS045N88F/DHS045N88I/ DHS045N88E/DHS045N88B/DHS045N88D 120A 85V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 85V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 4.6m DS(on) (TYP) the RoHS standard. 1 3 S I = 120A D 2 Featur

DHS046N10/DHS046N10F/DHS046N10I DHS046N10E/DHS046N10B/DHS046N10D 120A 98V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 98V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 4.6m DS(on) (TYP) the RoHS standard. 1 3 S I = 120A D 2 Feature

DHS045N85/DHS045N85F/DHS045N85I/ DHS045N85E/DHS045N85B/DHS045N85D 120A 85V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 85V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 4.7m DS(on) (TYP) the RoHS standard. 1 3 S I = 120A D 2 Featur

DHS043N85P 112A 85V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 85V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 3.8m DS(on) (TYP) the RoHS standard. 1 3 S I =112A D 2 Features Fast switching Low on resistance Low ga

DHS045N98/DHS045N98F/DHS045N98I/ DHS045N98E/DHS045N98B/DHS045N98D 120A 98V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 98V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 5.1m DS(on) (TYP) the RoHS standard. 1 3 S I = 120A D 2 Featur

DHS042N15&DHS042N15E 150A 150V N-channel Enhancement Mode Power MOSFET 1 Description This N-channel enhancement mode power MOSFET V = 150V DSS utilizes advanced Split Gate Trench technology, which 2 D provides excellent Rdson and low Gate charge at the same R = 5.0m TO-220 DS(on) (TYP) time. Which accords with the RoHS standard. G 1 R = 4.8m TO-263 DS(on) (TYP) 3 S

DHS043N07P 100A 70V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 70V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 4.0m DS(on) (TYP) the RoHS standard. 1 3 S I = 100A D 2 Features Low on resistance Low gate charge Fast

DHS042N85P 108A 85V N-channel Enhancement Mode Power MOSFET 1 Description These N-channel enhancement mode power mosfets used 2 D V = 85V DSS advanced splite gate trench technology design, provided excellent Rdson and low gate charge. Which accords with G R = 4.5m DS(on) (TYP) the RoHS standard. 1 3 S I = 108A D 2 Features Fast switching Low on resistance Low g