Best for: High-frequency applications (above 100 kHz).
| Device | Voltage | Switching Speed | Losses | Typical Application | |--------|---------|----------------|--------|---------------------| | Diode | Med | Slow (FRD fast) | Low conduction | Rectification | | MOSFET | Low (<600V) | Very fast | Low switching | SMPS, DC-DC | | IGBT | High (≤6.5kV) | Medium | Low conduction | Motor drives, inverters | | SCR | Very high | Very slow | Very low conduction | HVDC, AC controllers | | SiC MOSFET | High (1.2-1.7kV) | Very fast | Ultra low | EV traction, solar inverter | power semiconductor devices ppt
Inverters for solar panels and wind turbines. Best for: High-frequency applications (above 100 kHz)
Industrial heating and HVDC (High Voltage Direct Current) transmission. 4. Ideal Characteristics vs. Real-World Limits I hope this guide helps
The industry is currently shifting from traditional Silicon (Si) to and Gallium Nitride (GaN) .
I hope this guide helps! Let me know if you have any questions or need further clarification.