DescriptionThe STP5NK80 is obtained through an extreme optimization of ST's well estabilished stripbased powerMESH layout. The features of STP5NK 80 are as follows: (1)typical RDS(on)=1.76 ; (2)extremely high dv/dt capability; (3)100% avlanche tested; (4)gate change minimized; (5)very low intrinsi...
STP5NK80: DescriptionThe STP5NK80 is obtained through an extreme optimization of ST's well estabilished stripbased powerMESH layout. The features of STP5NK 80 are as follows: (1)typical RDS(on)=1.76 ; (2)extr...
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The STP5NK80 is obtained through an extreme optimization of ST's well estabilished stripbased powerMESH layout. The features of STP5NK 80 are as follows: (1)typical RDS(on)=1.76 ; (2)extremely high dv/dt capability; (3)100% avlanche tested; (4)gate change minimized; (5)very low intrinsic capacitances; (6)very good manufacturing repeatibility.
The following is about the absolute maximum ratings of STP5NK80: (1)drain-source voltage(VGS=0): 600V; (2)drain-gate voltage(VGS=20 k): 600V; (3)gate-source voltage: ±30V; (4)drain current at TC=25: 4 A; (5)drain current at TC=100: 2.5 A; (6)drain current (pulse): 16 A; (7)total dissipation at TC=25: 70 W; (8)derating factor: 0.56 W/; (9)gate source ESD: 3000V; (10)peak diode recovery voltage slope: 4.5 V/ns.
The electrical characteristics of the STP5NK80 are: (1)drain-source breakdown voltage: 600V min at ID=1mA, VGS=0; (2)zero gate voltage drain source (VGS=0): 1 A max at VDS=max rating and 50 A at VDS=max rating, TC=125; (3)gate-body leakage current (VDS=0): ±10 A at VGS=±20V; (4)gate threshold voltage: 3V min, 3.75V typ and 4.5V max at VGS=VDS, ID=50 A; (5)static drain-source on resistance: 1.76 typ and 2 max at VGS=10 V, ID=2 A.