News Releases

Mitsubishi Electric to Launch 1200V SiC Schottky Barrier DiodeReduces power loss and physical size of power supply systems

FOR IMMEDIATE RELEASE No. 3272

TOKYO, March 27, 2019 - Mitsubishi Electric Corporation (TOKYO: 6503) announced today its launch of a new 1200V silicon-carbide Schottky-barrier diode (SiC-SBD) that reduces the power loss and physical size of power supply systems for infrastructure, photovoltaic power systems and more. Sample shipments will start in June 2019 and sales will begin in January 2020.

The diodes will be exhibited at major trade shows, including MOTORTECH JAPAN 2019 during TECHNO-FROTIER 2019 at the Makuhari Messe exhibition complex in Chiba, Japan from April 17 to 19, PCIM Europe 2019 in Nuremberg, Germany from May 7 to 9, and PCIM Asia 2019 in Shanghai, China from June 26 to 28.

  • 1200V SiC-SBD TO-247 package

  • 1200V SiC-SBD TO-247-2 package

Product Features

  1. 1) Silicon carbide helps to reduce power loss and package size
    • Improved energy conversion results in about 21% less power loss compared to silicon (Si) products
    • Enables high-speed switching and downsizing of peripheral components, such as reactors

  2. 2) Improved reliability thanks to junction-barrier Schottky (JBS) structure
    • Combines Schottky barrier with p-n junction
    • JBS structure helps to achieve high reliability

  3. 3) Expand lineup for various applications
    • The TO-247-2 package, with its enlarged insulation clearance distance, joins the existing TO-247 package to cover a wide range of applications, including consumer goods.
    • Compliant with Automotive Electronics Council's AEC-Q101 specification for automotive use (only BD20120SJ)

Sales Schedule

Series Model Package Specification Sample availability Release
1200V
SiC-SBD
BD10120P TO-247-2 1200V/10A June 2019 January 2020
BD20120P 1200V/20A
BD10120S TO-247 1200V/10A
BD20120S 1200V/20A
BD20120SJ 1200V/20A
AEC-Q101
April 2020

Note

Note that the press releases are accurate at the time of publication but may be subject to change without notice.


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