Silicon Carbide (SiC) is a wide-bandgap semiconductor material designed for high-power, high-efficiency electronic applications. Compared with traditional silicon, SiC can operate at much higher temperatures, withstand higher voltages, switch faster, and deliver lower conduction losses. These advantages make SiC devices ideal for next-generation power electronics used in industrial systems, electric vehicles, renewable energy, aerospace, medical equipment, communications, and defense technologies.
Ultra-low switching loss for significantly higher system efficiency
High power density, enabling smaller, lighter, and more compact designs
3× the thermal conductivity of silicon, improving heat dissipation
Reduced cooling and heat-sink requirements, lowering system cost and footprint
Reliable operation at high temperatures, supporting higher power output and long-term durability

| Application Area | Typical Use Cases |
|---|---|
| Aerospace & Defense |
Flight actuators Propulsion drive systems E-Fuse technology Power distribution units Traction drive |
| Automotive & Transportation |
DC fast charging systems On-board chargers (OBC) On-board DC-DC converters Electric traction drives Auxiliary power units (APU) E-Fuse applications |
| Data Centers |
Power supply units (PSU) Power factor correction (PFC) DC-DC conversion Backup power systems Telecom & 5G power supplies E-Fuse solutions |
| Industrial |
Semiconductor manufacturing equipment Induction heating systems Welding and plasma cutting UPS systems Industrial robotics Auxiliary power units |
| Medical |
Medical power supply units UPS systems AC-DC conversion DC-DC conversion |
| Renewables & Grid |
Solar inverters (micro, string, central) Energy storage systems Auxiliary power supplies (APS) |