
STP038N15U247 150V 3.8mΩ SGT MOSFET
Specifications
Product details
Overview
The STP038N15U247 is a 150V N-channel enhancement-mode SGT (shielded gate trench) power MOSFET built on advanced double trench technology, which reduces conduction loss, improves switching performance and enhances avalanche energy capability. It supports a maximum continuous drain current of 267A at 25℃ (silicon limited) and 169.3A at TC=100℃, with 1068A pulsed, an RDS(on) of 3.8mΩ max (3.3mΩ typ) at VGS=10V, a typical gate threshold voltage of 3V (2~4V), a total gate charge of only 150nC and a reverse transfer capacitance as low as 24.3pF for fast switching. Its body diode achieves a reverse recovery time of 110ns. With an avalanche energy EAS of 1225mJ, a maximum power dissipation of 625W, a junction-to-case thermal resistance of only 0.2℃/W and a -55~+150℃ operating junction temperature range, the TO-247 packaged STP038N15U247 provides a low-loss, highly reliable power switching solution for motor drivers and high current applications.
Features
- N-channel enhancement-mode SGT shielded gate structure, advanced double trench technology
- 150V drain-source breakdown voltage with low on-resistance: 3.8mΩ max (3.3mΩ typ) at VGS=10V
- Max continuous drain current 267A (TC=25℃, silicon limited), pulsed drain current 1068A
- Total gate charge Qg 150nC typ, reverse transfer capacitance Crss only 24.3pF, fast switching
- High avalanche ruggedness: EAS 1225mJ, max power dissipation 625W
- Body diode reverse recovery time Trr 110ns, reverse recovery charge Qrr 395nC
- Operating junction temperature -55~+150℃, TO-247 package
- RoHS product
Typical Applications
- Motor drivers
- High current applications












