It is used in high-power inverters, motor control systems, uninterruptible power supplies (UPS), and AC servo drives where compact and reliable power switching is required.

Yes, it is designed for moderate to high switching frequencies, although optimal gate drive conditions and snubber design are crucial to avoid overshoot and switching losses.

It is recommended to use gate resistors, desaturation protection, soft-start features, and thermal monitoring to prevent overcurrent or overheating failures.

Yes, its high current handling and robust isolation make it suitable for solar inverter designs, especially in industrial-grade grid-tied systems.

It requires a well-sized heatsink or active cooling setup with thermal interface material (TIM) to maintain safe junction temperatures during continuous operation.