| Model |
Chip Technology |
Voltage Class |
Rated Current |
Max Junction Temp |
Key Parameters |
Applications |
| FF450R12KE4P |
IGBT4 |
1200V |
450A |
175℃ |
Half-bridge configuration, integrated NTC, high isolation |
New energy (wind, photovoltaic), industrial frequency converters |
| FF400R17KE4P |
IGBT4 |
1700V |
400A |
175℃ |
TRENCHSTOP™ technology, low conduction & switching losses |
Photovoltaic inverters, energy storage PCS, UPS systems |
| FF500R17KE4P |
IGBT4 |
1700V |
500A |
175℃ |
High current density, robust packaging, excellent thermal cycling |
High-voltage frequency converters, rail transit, smart grid |
| FF1000R17IE4P |
IGBT4 |
1700V |
1000A |
175℃ |
Pre-applied TIM, low switching losses, integrated NTC |
Large-scale wind power converters, high-power industrial drives |
| FF1200R17IP5 |
IGBT5 |
1700V |
1200A |
175℃ |
Emitter-controlled diode, low Vce(sat), high power cycling |
Traction drives, high-power converters, wind turbines |
| 6THE150MI |
IGBT4 |
1200V |
150A |
175℃ |
Three-phase full-bridge topology, automotive-grade reliability |
Commercial vehicle traction inverters, electric commercial vehicles |
| FF1800R23IE7 |
IGBT7 |
2300V |
1800A |
175℃ |
TRENCHSTOP™ IGBT7, high DC stability at 1500V |
Large-scale solar central inverters, high-voltage energy storage |
| FF2400R17IE5 |
IGBT5 |
1700V |
2400A |
175℃ |
.XT interconnection technology, 30% higher output current |
Megawatt-level wind power converters, high-power industrial drives |
| FF600R12IE5P |
IGBT5 |
1200V |
600A |
175℃ |
Low switching losses, high efficiency, integrated NTC |
Industrial automation, induction heating, photovoltaic string inverters |
| FF800R23IE7P |
IGBT7 |
2300V |
800A |
175℃ |
High reliability, low thermal resistance, strong resistance to harsh conditions |
Large-scale solar power plants, high-voltage energy storage PCS |