IGBT A power semiconductor device that provides fast, high‑current switching for power electronics. It combines the gate control of a MOSFET with the high current and voltage handling of a bipolar transistor. Benefits - High efficiency switching reduces conversion losses in power systems. - Capable of handling high current and blocking voltages for demanding loads. - Fast turn-on and turn-off with reliable operation when properly cooled. Function - Used to switch DC or AC loads in inverters, motor drives, power supplies, and other power electronic circuits. Compatibility - Compatible with standard gate‑drive signals; suitable for module or discrete configurations. - Requires appropriate heat sinking and protective circuitry for reliable operation. Size and material - Material: silicon‑based semiconductor. - Size and packaging vary by model; refer to the specific datasheet for exact dimensions and mounting requirements. Performance - Low conduction losses during on-state; robust blocking capability; good thermal performance when paired with adequate cooling. Applications - Industrial motor drives (conveyors, pumps, etc.) - Solar or wind power inverters and UPS systems - DC‑DC or DC‑AC converters in welding equipment and other power electronics Note: Size, packaging, and electrical ratings vary by model; consult the datasheet for your specific IGBT instance.