SiC MOSFETs

APC SiC power devices are advanced semiconductors with high performance designed for today’s most rigorous power management applications. Compared to traditional silicon, SiC offers better power handling due to high voltage and current ratings, high frequency operation, and exceptional performance over a wide temperature range, thus increasing system density, efficiency, and compact designs.

SiC MOSFETs designed by APC eliminate tail current, reduce switching loss, stabilize for speed, and shrink complimentary passives. Meanwhile, these devices boast low on-state resistance and smaller die size than IGBTs, enabling compact packages and reduced capacitance. Such benefits make APC SiC MOSFETs ideal for diverse sectors like renewable energy, motor controllers, UPSs, EVs, and HVAC systems, where reliability, efficiency, and wide operating ranges are essential.

APC is developing SiC MOSFETs with different features, including balanced performance for general purposes and ultra-high speed for high frequency switching applications . Contact your local Luminus salesperson to hear about our latest new products and roadmap.

FEATURES

  • High Breakdown Voltage
  • Low on-state resistance
  • High switching frequency operation and very low switching losses
  • High temperature handling capability up to 175°C

BENEFITS

  • Improves system efficiency compared to Si IGBT or MOSFET
  • Enables high power density
  • Reduces heat dissipation requirements
  • Operates under more rugged conditions
  • Provides enhanced system reliability and extended system lifespan
  • Enables the engineering of more compact power electronic systems

APPLICATIONS

  • Electric Vehicle Inverter
  • Electric Vehicle On Board Charger
  • Energy Storage
  • Industrial Motor Drive
  • Industrial power supplies
  • Industrial UPS
  • Electric Vehicle Charging
  • PSU for Server and Storage
  • Solar Central Inverter
  • Solar String Inverter
  • Solar Micro Inverter

PRODUCT SELECTOR

Part Number Technology Package Qualification VDS_max (V) Drive VGS (V) RDS(on) (mΩ) @ Tj = 25°C ID @ 25°C (A) Operating Temperature, max. (°C) Status
AMR020V120H1 Gen1 Planar TO247-4L Industrial 1200 15 20 111 175 Not recommended for new designs
AMR032V120H1 Gen1 Planar TO247-4L Industrial 1200 15 32 77 175 Not recommended for new designs
AAR032V120H1 Gen1 Planar TO247-4L Automotive 1200 15 32 77 175 Not recommended for new designs
AMR075V120H1 Gen1 Planar TO247-4L Industrial 1200 15 75 35 175 Not recommended for new designs
AAR075V120H1 Gen1 Planar TO247-4L Automotive 1200 15 75 41 175 Not recommended for new designs
AMR1k0V170E1 Gen1 Planar TO247-3L Industrial 1700 20 1000 6.8 175 Engineering Sample Available
AMR040V120H2 Gen2 Planar TO247-4L Industrial 1200 18 40 49 175 Coming Soon
AAR013V120H3 Gen3 Planar TO247-4L Automotive 1200 18 13 145 175 Coming Soon
AAR013V120H3 Gen3 Planar TO247-4L Automotive 1200 18 13 145 175 Coming Soon
AAR027V065H2 Gen2 planar TO247-4L Automotive 650 18 27 76 175 Engineering Samples Available
AAR027V065S2 Gen2 planar SAPKG-9L Automotive 650 18 27 81 175 Engineering Samples Available
AAR030V120H2 Gen2 planar TO247-4L Automotive 1200 18 30 57 175 Engineering Samples Available
AAR050V065H2 Gen2 planar TO247-4L Automotive 650 18 50 44 175 Engineering Samples Available
AAR075V120H2 Gen2 planar TO247-4L Automotive 1200 18 75 27 175 Engineering Samples Available
AMR020V120H2 Gen2 planar TO247-4L Industrial 1200 18 20 88 175 Engineering Samples Available
AMR027V065H2 Gen2 planar TO247-4L Industrial 650 18 27 76 175 Engineering Samples Available
AMR050V065H2 Gen2 planar TO247-4L Industrial 650 18 50 44 175 Engineering Samples Available
AMR075V120H2 Gen2 planar TO247-4L Industrial 1200 18 75 27 175 Engineering Samples Available

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