IPD70N04S3-07

ParametricIPD70N04S3-07
RDS (on) (@10V)  max6.0mΩ
QG30.0nC
VDS  max40.0V
ID  max70.0A
RthJC  max1.9K/W
Ptot  max79.0W
IDpuls  max280.0A
VGS(th)  min  max2.1V  4.0V
Sales Product NameIPD70N04S3-07
OPNIPD70N04S307ATMA1
Product Statusdiscontinued
Package NamePG-TO252-3
Completely lead freeno
Halogen freeyes
RoHS compliantyes
Packing Size2500
Packing TypeTAPE & REEL
Moisture Level1
Summary of Features:
  • N-channel - Enhancement mode
  • Automotive AEC Q101 qualified
  • MSL1 up to 260°C peak reflow
  • 175°C operating temperature
  • Green Package (RoHS compliant)
  • 100% Avalanche tested
Benefits:
  • Low switching and conduction power losses for highest thermal efficiency
  • Robust packages with superior quality and reliability
  • Optimized total gate charge enables smaller driver output stages
Target Applications:
  • OptiMOS-T 40V addresses to small loads control switching (3-phase and H-bridge motors, electric pumps, etc. especially in combination with PWM control).
  • Body applications
Data Sheet
TitleSizeDateVersion
IPD 70N04S3-07_1,EN183 KB12 七月 201201_00
Product Brochure
TitleSizeDateVersion
Automotive MOSFETs Product BrochureEN3.5 MB26 五月 201501_00
Application Notes
TitleSizeDateVersion
Repetitive Avalanche of Automotive MOSFETs3.7 MB03 三月 201401_00
Application Brochure
TitleSizeDateVersion
Application Brochure - Infineon Solutions for TransportationEN6.9 MB01 六月 201300_00
Product Selection Guide
TitleSizeDateVersion
Automotive Power Selection GuideEN10.6 MB19 一月 201601_01
Material Content SheetInfo
TitleSizeDateVersion
MCDS_2013-08-29_05-05-08_MA000370563_PG-TO252-3-11.pdf24 KB31 十月 201301_00
Simulation Models
TitleSizeDateVersion
OptiMOS_T_40V_PSpice.zip69 KB18 九月 2007
Package Data
TitleSizeDateVersion
PG-TO252-3-11 | IPD70N04S307ATMA1EN469 KB11 四月 201601_00
EN IPP70N04S3-07
EN IPP80P03P4-05
Repetitive Avalanche of Automotive MOSFETs IPP80P03P4-05
EN power-stage-3x3-and-5x6
EN TLE8203E
MCDS_2013-08-29_05-05-08_MA000370563_PG-TO252-3-11.pdf IPD70N04S3-07
OptiMOS_T_40V_PSpice.zip IPP80N04S3-06
EN IPD70N04S3-07