Gen 4 750 V SiC FETs Help Deliver Next-Generation Power Designs

onsemi Generation 4 750 V SiC FETs industry-best “figures of merit” for soft- and hard-switched power applications

Image of Qorvo's Gen 4 750 V SiC FETs Delivers Next-Generation Power DesignsBased on a unique cascode configuration, onsemi UJ4C/SC Generation 4 SiC FET series is rated at 750 V and is available in 6 mΩ to 60 mΩ options. These devices deliver excellent performance figures of merit that lower conduction losses and increase efficiency at higher speed, all while improving overall cost-effectiveness. Switching performance and Qrr are improved, as are Eon and Eoff losses at every given RDS(on). In addition, reduced levels in Eoss and Coss deliver low total losses. These devices can be safely driven with standard 0 V to 12 V or 15 V gate drive voltage. Good threshold noise margin is maintained with a true 5 V threshold voltage and, like previous generations, these SiC FETs can be operated from all the typical Si IGBT, Si MOSFET, and SiC MOSFET drive voltages. They also include a built-in ESD gate protection clamp. Many devices are AEC-Q101 qualified.

Features
  • Low RDS(on) from 6 mΩ to 60 mΩ
  • Key figures of merit enable next-gen, high-performance power designs
    • Excellent RDS(on) x area
    • Improve the Qrr and Eon/Eoff losses at a given RDS(on)
    • Reduce both Coss(er)/Eoss and Coss(tr)
  • 5 µs short-circuit withstand time at 6 mΩ
  • 5 V VTH, ±20 V VGS(max), ESD protected
  • Standard (0 V to 12 V) or SiC FET gate drives (bipolar)
  • Excellent reverse recovery
  • Low body diode
  • Low gate charge
  • TO247-3L, TO247-4L, and D2PAK-7L industry-standard packages
  • Many devices are AEC-Q101 qualified
Applications
  • Automotive: traction inverters; on-board chargers; DC/DC converters
  • IT infrastructure: PFC; DC/DC converters
  • Renewables: solar inverters; energy storage

Gen 4 750 V SiC FETs

KuvaManufacturer Part NumberKuvausSaatavana oleva määrä HintaNäytä tiedot
750V/9MOHM, N-OFF SIC STACK CASCUJ4SC075009B7S750V/9MOHM, N-OFF SIC STACK CASC599 - Immediate$28.47Näytä tiedot
750V/11MOHM, N-OFF SIC STACK CASUJ4SC075011B7S750V/11MOHM, N-OFF SIC STACK CAS594 - Immediate
3200 - Factory Stock
$25.14Näytä tiedot
750V/23MOHM, N-OFF SIC CASCODE,UJ4C075023B7S750V/23MOHM, N-OFF SIC CASCODE,365 - Immediate$16.44Näytä tiedot
750V/33MOHM, N-OFF SIC CASCODE,UJ4C075033B7S750V/33MOHM, N-OFF SIC CASCODE,193 - Immediate
10400 - Factory Stock
$12.93Näytä tiedot
750V/44MOHM, N-OFF SIC CASCODE,UJ4C075044B7S750V/44MOHM, N-OFF SIC CASCODE,2463 - Immediate$11.92Näytä tiedot
750V/60MOHM, N-OFF SIC CASCODE,UJ4C075060B7S750V/60MOHM, N-OFF SIC CASCODE,268 - Immediate$6.69Näytä tiedot
SICFET N-CH 750V 81A TO247-3UJ4C075018K3SSICFET N-CH 750V 81A TO247-33302 - Immediate$11.55Näytä tiedot
SICFET N-CH 750V 81A TO247-4UJ4C075018K4SSICFET N-CH 750V 81A TO247-4567 - Immediate$19.90Näytä tiedot
SICFET N-CH 750V 28A TO247-3UJ4C075060K3SSICFET N-CH 750V 28A TO247-314753 - Immediate$13.11Näytä tiedot
SICFET N-CH 750V 28A TO247-4UJ4C075060K4SSICFET N-CH 750V 28A TO247-42705 - Immediate
6600 - Factory Stock
$11.20Näytä tiedot
750V/6MOHM, SIC, STACKED CASCODEUJ4SC075006K4S750V/6MOHM, SIC, STACKED CASCODE2 - Immediate$44.06Näytä tiedot
750V/9MOHM, SIC, STACKED CASCODEUJ4SC075009K4S750V/9MOHM, SIC, STACKED CASCODE0 - Immediate$28.84Näytä tiedot
750V/11MOHM, SIC, STACKED CASCODUJ4SC075011K4S750V/11MOHM, SIC, STACKED CASCOD459 - Immediate
1200 - Factory Stock
$18.44Näytä tiedot
750V/23MOHM, SIC, CASCODE, G4, TUJ4C075023K3S750V/23MOHM, SIC, CASCODE, G4, T614 - Immediate$10.49Näytä tiedot
750V/23MOHM, SIC, CASCODE, G4, TUJ4C075023K4S750V/23MOHM, SIC, CASCODE, G4, T315 - Immediate
12600 - Factory Stock
$10.49Näytä tiedot
750V/33MOHM, SIC, CASCODE, G4, TUJ4C075033K3S750V/33MOHM, SIC, CASCODE, G4, T260 - Immediate$13.28Näytä tiedot
750V/33MOHM, SIC, CASCODE, G4, TUJ4C075033K4S750V/33MOHM, SIC, CASCODE, G4, T2702 - Immediate$13.69Näytä tiedot
750V/44MOHM, SIC, CASCODE, G4, TUJ4C075044K4S750V/44MOHM, SIC, CASCODE, G4, T267 - Immediate
4200 - Factory Stock
$12.66Näytä tiedot
Updated: 2025-03-06
Published: 2021-02-02