Hybrid Silicon Carbide Power Modules

Power modules with IGBTs and silicon carbide Schottky diodes

Further Information & Downloads

Customer service

Contact us

Product service

Request samples

  • Products
  • View k j
Reset all filters Selected
Filter
  • Product Type
  • Product Line
  • VCE in V
  • ICnom in A
  • Switches
  • Technology
  • Product Status
  • SEMITRANS 3 (106x62x31)
    1200
    200
    Half Bridge
    SiC Diode + IGBT 4 (Trench)
    Sample status
  • SEMITRANS 3 (106x62x31)
    1200
    200
    Half Bridge
    SiC Diode + IGBT 4 fast (Trench)
    Sample status
  • SKIM 93 (160x150x35)
    1200
    450
    Six Pack
    SiC Diode + IGBT 4 fast (Trench)
    Sample status
  • SEMiX 3p (150x62x17)
    1200
    600
    Half Bridge
    SiC Diode + IGBT 4 (Trench)
    Sample status
  • MiniSKiiP II 2 (59x52x16)
    1200
    50
    Six Pack
    SiC Diode + IGBT 4 fast (Trench)
    Sample status
  • MiniSKiiP II 3 (82x59x16)
    1200
    100
    Six Pack
    SiC Diode + IGBT 4 fast (Trench)
    Sample status
  • MiniSKiiP II 3 (82x59x16)
    1200
    150
    Six Pack
    SiC Diode + IGBT 4 fast (Trench)
    Sample status

Sorry, we were unable to find products that match your current set of filters and/or search.

High switching frequencies and increased power output and efficiency

SEMIKRON offers Hybrid Silicon Carbide Power Modules in MiniSKiiP, SEMITRANS, SEMiX 3 Press-Fit and SKiM63/93. Latest IGBT technology is combined with SiC Schottky diodes of the leading suppliers to increase the switching frequency and reduce power losses at the same time.

The hybrid silicon carbide power modules are available from 50A to 600A in 1200V. Covered topologies are 6-packs and half bridges.

SiC Schottky free-wheeling diodes have virtually no switching losses and reduce the turn-on losses of the IGBT drastically. With these effects higher switching frequencies can be reached in the same module package which efficiently lowers the filter efforts on the output side of e.g. solar inverters, UPS systems or high frequency power supplies. Additionally higher output powers compared to standard silicon power modules can be realized.