NEW! OptiMOS™ 7 40 V Technology

Infineon introduces its latest Power MOSFET technology called OptiMOS™ 7 40 V with innovative, leadless robust power packages.

OptiMOS™ 7 40 V offers highest power density and energy efficiency at the industry’s lowest on-state resistance. At the same time, it offers reduced switching losses, improved SOA ruggedness and high avalanche current capability to facilitate efficient system design for tomorrows automotive applications.  Once more Infineon is setting thus the standard for future Automotive applications in terms of:

Share

Key features

  • Very low RDS(on)
  • High Avalanche capability
  • High SOA ruggedness
  • Fast switching times (turn on/off)
  • Leadless Packages w/ Cu-Clip
  • Leading thin wafer Cu-technology
  • Leading 300mm in-house production
  • Extended qualification beyond AEC-Q101
  • Infineon Automotive design and quality
  • Top-side cooled package offering

Key benefits

  • High power density & efficiency
  • Increased current capability
  • Improved design ruggedness
  • Superior switching performance
  • High automotive quality production
  • Small footprint & efficient cooling
  • Automotive quality product design
  • Minimized conduction losses

Key Advantages

  • RDS(on) reduction
      • 25% vs OptiMOS™ 6 40V
      • 40% vs OptiMOS™ 5 80V/100V
  • ID current increased from prior gen.

OptiMOS™ 7 40 V is offered step by step for the following innovative & robust Automotive packages:

OptiMOS™ 7 40 V products will push tomorrows automotive systems to highest power density and system efficiency, smallest form factor and significant space-saving, improved cooling, reduced system costs and easy-to-design products & applications at best quality. Click for more information

Related products

Product name package Status Voltage (V) RDS(on) (max) [mΩ]  ID  @25°C (max) [A] 
IAUZN04S7N013 S3O8 active and preferred 40 1.33 60
IAUZN04S7N020 S3O8 active and preferred 40 2.00 60
IAUZN04S7N026 S3O8 active and preferred 40 2.69 60
IAUZN04S7L046 S3O8 active and preferred 40 4.64 60
IAUZN04S7N049 S3O8 active and preferred 40 4.93 60
IAUCN04S7N019D Dual SSO8 active and preferred 40 1.90 60
IAUCN04S7N040D Dual SSO8 active and preferred 40 4.00 60
IAUCN04S7L053D Dual SSO8 active and preferred 40 5.30 60
IAUCN04S7N056D Dual SSO8 active and preferred 40 5.60 60
IAUCN04S7N004 SSO8 active and preferred 40 0.44 175
IAUCN04S7N005 SSO8 active and preferred 40 0.55 175
IAUCN04S7L004 SSO8 active and preferred 40 0.42 175
IAUCN04S7L005 SSO8 active and preferred 40 0.51 175
IAUCN04S7L006 SSO8 active and preferred 40 0.57 175
IAUCN04S7N006 SSO8 active and preferred 40 0.61 175
IAUCN04S7L009 SSO8 active and preferred 40 0.88 175
IAUCN04S7N009 SSO8 active and preferred 40 0.94 175
IAUCN04S7L011 SSO8 active and preferred 40 1.10 120
IAUCN04S7N012 SSO8 active and preferred 40 1.17 120
IAUCN04S7L014 SSO8 active and preferred 40 1.42 120
IAUCN04S7N015 SSO8 active and preferred 40 1.52 120
IAUCN04S7L019 SSO8 active and preferred 40 1.91 120
IAUCN04S7N020 SSO8 active and preferred 40 2.03 120
IAUCN04S7N024D Dual SSO8 active and preferred 40 2.49 125
IAUCN04S7L028 SSO8 active and preferred 40 2.80 100
IAUCN04S7N030 SSO8 active and preferred 40 3.06 100
IAUAN04S7N004 sTOLL active and preferred 40 0.39 280
IAUAN04S7N005 sTOLL active and preferred 40 0.51 250
IAUAN04S7N006 sTOLL active and preferred 40 0.57 250
IAUAN04S7N007 sTOLL active and preferred 40 0.72 200
IAUAN04S7N008 sTOLL active and preferred 40 0.82 180
IAUMN04S7N005G mTOLG active and preferred 40 0.50 250
IAUMN04S7N006G mTOLG active and preferred 40 0.60 200
IAUMN04S7N009G mTOLG active and preferred 40 0.86 200
IAUMN04S7N011G mTOLG active and preferred 40 1.14 150

Key applications