It is designed for hard-switching power conversion — motor drives, UPS, PFC stages, and welding inverters — where low conduction loss and rugged switching are required. The 167 nC gate charge and 1.46 mJ switching energy at 400 V, 30 A, 10.6 Ω, 15 V give a clear starting point for gate-drive sizing and loss budgeting.
Ratings that drive the design
The 600 V collector-emitter breakdown sets the DC-link voltage ceiling. The 60 A continuous collector rating (90 A pulsed) defines the load current the die can sustain with proper heatsinking; the 187 W maximum power dissipation tells you the thermal interface must handle that heat at the operating junction temperature. The 175°C Tj(max) is the absolute limit for thermal runaway protection; real designs should derate based on the thermal impedance of the chosen heatsink.
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