The CoolSiC™ MOSFET 750 V Generation 2 offers improved switching performance, reduced losses, and enhanced thermal management. With a 25% increase in switching speed and up to 35% improved Figure-of-Merits compared to Generation 1, it enables more efficient, compact, and reliable systems for industrial applications.
Summary of Features
100% avalanche tested
Best‑in‑class RDS(on) x Qfr
Excellent RDS(on) x Qoss & RDS(on) x QG
Unique low Crss/Ciss & high VGS(th)
Improved package interconnect with .XT
Driver source pin available
Benefits
Enhanced robustness and reliability
Superior efficiency in hard switching
Higher switching frequency
Robustness against parasitic turn on
Best‑in‑class thermal dissipation
Reduced switching losses
Potential Applications
Solid State Relays and Isolators
Solid-State Circuit Breaker
EV Charging
Photovoltaic
Uninterruptible power supplies (UPS)
Energy Storage Systems
Battery formation
AC-DC power conversion for telecom infrastructure
Server power supply units (PSU)
The CoolSiC™ MOSFET 750 V Generation 2 offers improved switching performance, reduced losses, and enhanced thermal management. With a 25% increase in switching speed and up to 35% improved Figure-of-Merits compared to Generation 1, it enables more efficient, compact, and reliable systems for industrial applications.
Summary of Features
- 100% avalanche tested
- Best‑in‑class RDS(on) x Qfr
- Excellent RDS(on) x Qoss & RDS(on) x QG
- Unique low Crss/Ciss & high VGS(th)
- Improved package interconnect with .XT
- Driver source pin available
Benefits
- Enhanced robustness and reliability
- Superior efficiency in hard switching
- Higher switching frequency
- Robustness against parasitic turn on
- Best‑in‑class thermal dissipation
- Reduced switching losses
Potential Applications
- Solid State Relays and Isolators
- Solid-State Circuit Breaker
- EV Charging
- Photovoltaic
- Uninterruptible power supplies (UPS)
- Energy Storage Systems
- Battery formation
- AC-DC power conversion for telecom infrastructure
- Server power supply units (PSU)