Alejandro Freixes
Apr 12, 2012

IR introduces automotive-qualified IGBT optimized for soft switching applications

International Rectifier (IR) today announced the introduction of the AUIRGDC0250, an automotive-qualified IGBT optimized for soft switching applications such as Positive Temperature Coefficient (PTC) heater applications as used in electric and hybrid vehicles. Available in a compact Super TO-220 package, the 1200V AUIRGDC0250 features low VCE (on) to reduce power dissipation and achieve higher power density, positive VCE (on) temperature coefficient making the device well suited for paralleling, and optimized square reverse bias safe operating area (RBSOA) while the soft switching nature of the AUIRGDC0250 makes it ideal for helping adhere to system level EMI regulations. IR’s automotive IGBTs are subject to dynamic and static part average testing combined with 100 percent automated wafer level visual inspection as part of IR’s automotive quality initiative targeting zero defects. The new devices are all environmentally friendly and assembled with IR’s automotive grade bill of materials which are lead-free and RoHS compliant.

Companies
1
Patents
1
Related Articles
Alejandro Freixes
Mar 15, 2012
IR introduces IRS2334SPbF and IRS2334MPbF 600V ICs for energy efficient inverterized motor drive applications
International Rectifier (IR) today introduced the compact IRS2334SPbF and IRS2334MPbF three-phase, 600V ICs for inverterized motor drives used in energy efficient... Read More
Alejandro Freixes
Mar 22, 2012
International Rectifier introduces the automotive-qualified AUIR3240S battery power switch for the combustion-engine
International Rectifier (IR) today introduced the automotive-qualified AUIR3240S battery power switch for the combustion-engine shut-off and restart function (Stop-Start system)... Read More
Daniel Porter
Apr 3, 2012
Gallium nitride and efficient transistors
In 2009, those knowledgeable about the forefront of semiconductor research would have forecast dramatic growth in the market for gallium... Read More