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Mitsubishi Expands its High-Power Semiconductor Modules Lineup for Electric Cars

Mitsubishi Electric Corporation unveiled new J1-Series high-power semiconductor modules featuring compact 6-in-1 packages mainly for use in electric and hybrid vehicles.

Mitsubishi will exhibit these modules at Power Conversion Intelligent Motion (PCIM) Europe 2015 in Nuremberg, Germany from May 19 to 21 and the Automotive Engineering Exposition in Yokohama, Japan from May 20 to 22, and PCIM Asia 2015 in China from June 24 to 26.

Power modules for electric and hybrid cars must deliver higher reliability than industrial-use modules due to the extremely high standards for vehicle safety. Mitsubishi Electric pioneered the mass production of power modules for hybrid vehicles in 1997, and since then the demand for these modules has grown in parallel with the expanding global market for electric and hybrid vehicles.

The new high-power J1-Series modules feature compact packages with small footprints, low power loss and high reliability for use in the inverters of electric and hybrid vehicles.

Technical highlights/ benefits compared to previous generation products include:

– The 6-in-1 package design shrinks inverter footprint to about 60% of six 2-in-1 J-Series T-PM inverters.

– Seventh-generation CSTBT chip technology enables collector-emitter saturation voltage to be reduced by about 10% compared to 2-in-1 J-Series T-PM

– Direct cooling package with cooling fin improves heat radiation by about 30% compared to 2-in-1 J-Series T-PM mounting power modules on Al fin by way of thermal grease.

– Low-inductance package adopted for high-frequency switching applications.

– Internal inductance reduced by about 30% compared to 2-in-1 J-Series T-PM

May 18, 2015Blagojce Krivevski
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Blagojce Krivevski

Blagojce Krivevski is physicist and green technology lover. Keep in touch with Blagojce through his email, web site, Twitter, Linkedin, Facebook and Google+.

May 18, 2015 Electric Car News, Technologyelectric cars, Mitsubishi, Mitsubishi Electric
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