What are the key engineering pitfalls when designing with SiC MOSFETs?

What are the key engineering pitfalls when designing with SiC MOSFETs?
SiC projects rarely fail because engineers question whether to use SiC; they fail in implementation. Three challenges dominate. First, device selection mismatch: choosing between 400V, 650V and 750V CoolSiC MOSFET platforms requires matching the voltage class to the actual application, whether industrial, automotive or data center. Second, gate drive voltage control: SiC MOSFETs are far more sensitive to gate voltage than silicon devices. Overvoltage accelerates aging or damages the oxide; undervoltage causes incomplete turn-on and higher losses; and Miller-effect parasitic turn-on is a common risk at high frequency. Third, scenario adaptation: industrial, automotive and data center applications impose very different reliability and qualification requirements. Modular designs need systematic reference for short-circuit withstand, thermal management and gate drive. Without early design-stage solutions, problems surface during debugging, validation or mass production, stretching project timelines by 30% or more.