Energy generation, distribution, and storage are expanding markets. Increasing consumer demand and the need to meet targets set by government policy are driving stakeholder interest in new technological innovations. Superior efficiency, reduced CO2 emissions, and a focus on renewable and clean energy are key factors in the evolution of the energy market.
High-power industrial and automotive applications consume a significant portion of the world’s power and now present many opportunities for energy-efficient electronics. These applications are undergoing a transition to Silicon Carbide (SiC) power semiconductors from traditional silicon (Si) power semiconductors due to the advantages they offer — lower power consumption, higher efficiency, better reliability, and lower heat dissipation.
System Solutions Guides
These System Solution Guides provide detailed technical specifications and practical development advice for engineers and developers.
Use this chart to easily match performance characteristics.
Explore how EliteSiC components help enhance efficiency, reduce emissions and meet energy regulations in industrial sectors.
| Family | Series | Optimization | 650V | 900V | 1200V | 1700V | Primary Applications |
| M1 | M1 | Low RDS(ON) High SCWT |
..120SC1 | ..170M1 |
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| M2 | M2 | Low RDS(ON) High SCWT |
..065SC1 | ..090SC1 |
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| M3 | M3S | High speed | ..120M3S |
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| M3P, M3e |
Low RDS(ON) High SCWT |
..120M3x SCWT dependent |
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| Family | Optimization | 650V | 900V | 1200V | 1700V | Primary Applications |
| D1 | High IFSM | ..065A | ..120A | ..170A |
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| D2 | Low QC | ..065B |
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| D3 | Low QC x VF | ..120C |
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Traction
On-board Charger
EV Charging Station
UPS/Energy Storage
Solar
High Power Industrial
| SiCMOSFETs | SiCDiodes | |
| 650V | Link to all 650V SiCMOSFETs | Link to all 650V SiCDiodes |
| 900V | Link to all 900V SiCMOSFETs | |
| 1200V | Link to all 1200V SiCMOSFETs | Link to all 1200V SiCDiodes |
| 1700V | Link to all 1700V SiCMOSFETs | Link to all 1700V SiCDiodes |