SiC MOSFETs

Portfolio Bare Chip Selector Guide Application Guide Competitor Cross-Reference

Portfolio

Part Number
VDSS
(V)
RDS(on)
(mΩ)
PackageProduct ImageConfigurationSPICE ModelComplianceAvailability
GR20MT12K120020TO-247-4
GR40MT12D120040TO-247-3
GR40MT12J120040TO-263-7
GR40MT12K120040TO-247-4
GR80MT12D120080TO-247-3
GR80MT12J120080TO-263-7
GR80MT12K120080TO-247-4
GR160MT12D1200160TO-247-3
GR160MT12J1200160TO-263-7
GR160MT12K1200160TO-247-4
GR280MT12D1200280TO-247-3
GR280MT12J1200280TO-263-7
GR280MT12K1200280TO-247-4
GR20MT17K170020TO-247-4
GR45MT17K170045TO-247-4
GR1000MT17D17001000TO-247-3
GR1000MT17J17001000TO-263-7
GR40MT33Y330040TO-268
GR350MT33J3300350TO-263-7

Bare Chip

Part Number
VDSS
(V)
RDS(on)
(mΩ)
ConfigurationComplianceAvailability
GR20MT12-CAL120020
GR40MT12-CAL120040
GR80MT12-CAL120080
GR160MT12-CAL1200160
GR280MT12-CAL1200280
GR20MT17-CAL170020
GR45MT17-CAL170045
GR1000MT17-CAL17001000
GR40MT33-CAL330040
GR350MT33-CAL3300350

Selector Guide

 

GeneSiC’s portfolio of 1200 V, 1700 V, and 3300 V SiC MOSFETs represents the best performance breakthrough in high-voltage switching to harness never before seen levels of efficiency and system flexibility.

 

Features:

  • Low Device Capacitances
  • Temperature Independent Switching Behavior
  • High Avalanche and Short Circuit Ruggedness
  • Low Thermal Resistance
  • Fast and Reliable Body Diode
  • Halogen Free, RoHS Compliant

Benefits:

  • Increased Power Density
  • Higher Switching Frequency
  • Reduced Losses for Better Efficiency
  • Reduced Cooling Requirements
  • Simple to Drive
  • Ease of Paralleling without Thermal Runaway

Applications:

  • Electric Vehicles – Power Train and Charging
  • Solar Inverters
  • Smart Grid Transmission and Distribution
  • Motor Drives
  • High Voltage DC-DC and AC-DC Converters
  • Induction Heating and Welding
  • Pulsed Power Applications

1200V:

On-State Resistance, RDS(on)Bare ChipTO-263-7 TO-247-3TO-247-4
20 mΩGR20MT12-CALGR20MT12K
40 mΩGR40MT12-CALGR40MT12JGR40MT12DGR40MT12K
80 mΩGR80MT12-CALGR80MT12JGR80MT12DGR80MT12K
160 mΩGR160MT12-CALGR160MT12JGR160MT12DGR160MT12K
280 mΩGR280MT12-CALGR280MT12JGR280MT12DGR280MT12K

1700V:

On-State Resistance, RDS(on)Bare ChipTO-263-7 TO-247-3TO-247-4
20 mΩGR20MT17-CALGR20MT17K
45 mΩGR45MT17-CALGR45MT17K
1000 mΩGR1000MT17-CALGR1000MT17JGR1000MT17D

3300V:

On-State Resistance, RDS(on)Bare ChipTO-263-7 TO-268-2
40 mΩGR40MT33-CALGR40MT33Y
350 mΩGR350MT33-CALGR350MT33J

Application Guide

 

   coming soon

Competitor Cross-Reference

Replacement Type

Direct - Pin-to-Pin Replacement (Same Package) with All Major Parameters Matching Closely or Better
Similar - Part with Similar Functionality but Difference in Package and/or Parameters

Please enter the competitor part in the search box below

Competitor PartCompetitorGeneSiC Part
C2M0040120DWolfspeedGR40MT12D
SCT50N120STMicroelectronicsGR40MT12D
MSC040SMA120BMicrosemi CorporationGR40MT12D
C2M0080120DWolfspeedGR80MT12D
SCT30N120STMicroelectronicsGR80MT12D
MSC080SMA120BMicrosemi CorporationGR80MT12D
SCT2080KEROHM SemiconductorGR80MT12D
C3M0075120JWolfspeedGR80MT12J
C3M0075120KWolfspeedGR80MT12K
C2M0160120DWolfspeedGR160MT12D
SCT20N120STMicroelectronicsGR160MT12D
MSC140SMA120BMicrosemi CorporationGR160MT12D
SCT2160KEROHM SemiconductorGR160MT12D
C2M0280120DWolfspeedGR280MT12D
MSC280SMA120BMicrosemi CorporationGR280MT12D
SCT2280KEROHM SemiconductorGR280MT12D
C2M0045170PWolfspeedGR45MT17K
C2M1000170DWolfspeedGR1000MT17D
C2M1000170JWolfspeedGR1000MT17J

The information presented here is based on GeneSiC Semiconductor's best knowledge of the competitors' published information at the time this data was collected. It should be noted that this information is for the purpose of part recommendations only and GeneSiC Semiconductor holds no responsibility for any incorrect or incomplete information. It is highly encouraged to compare thoroughly the latest product datasheets and to confirm the device functionality in a specific application. For more information please contact sales@genesicsemi.com