STP75NS04Z:N-channel clamped, 7 mOhm, 80 A, TO-220 fully protected MESH Overlay(TM) III Power MOSFET

This fully clamped MOSFET is produced by using the latest advanced Company’s Mesh Overlay process which is based on a novel strip layout. The inherent benefits of a new technology coupled with the extra clamping capabilities make this product particularly suitable for the harshest operation conditions such as those encoured in power tools. Any other application requiring extra ruggedness is also recommended.

Key Features

  • Low capacitance and gate charge
  • 175˚C maximum junction temperature
  • 100% avalanche tested
产品规格
DescriptionVersionSize
DS4783: N-channel clamped - 7mΩ - 80A - TO-220 fully protected MESH Overlay™ III Power MOSFET1.3226 KB
应用手册
DescriptionVersionSize
AN3267: Impact of power MOSFET VGS on buck converter performance1.21 MB
AN4191: Power MOSFET: Rg impact on applications1.11 MB
AN4390: ST’s MOSFET technologies for uninterruptible power supplies1.11 MB
AN4337: The avalanche issue: comparing the impacts of the IAR and EAS parameters1.1346 KB
用户手册
DescriptionVersionSize
UM1575: Spice model tutorial for Power MOSFETs1.31 MB
手册
DescriptionVersionSize
Brochure Power management guide05.20167 MB
Software Development Tools
型号制造商Description
ST-MOSFET-FINDERSTMOSFET product finder application for Android and iOS
样片和购买
型号PackagePacking TypeUnit Price (US$) *QuantityECCN (EU)ECCN (US)Country of Origin
STP75NS04ZTO-220ABTube0.8041000NECEAR99PHILIPPINES
质量和可靠性
型号PackageGradeRoHS Compliance GradeMaterial Declaration**
STP75NS04ZTO-220ABIndustrialEcopack2
N-channel clamped - 7mΩ - 80A - TO-220 fully protected MESH Overlay™ III Power MOSFET STP75NS04Z
Impact of power MOSFET VGS on buck converter performance STL8DN6LF3
Power MOSFET: Rg impact on applications STL8DN6LF3
ST’s MOSFET technologies for uninterruptible power supplies STL8DN6LF3
The avalanche issue: comparing the impacts of the IAR and EAS parameters STS7P4LLF6
Spice model tutorial for Power MOSFETs SCTWA50N120
Very low drop voltage regulators with inhibit KFXX