- Superior industry FOM performance enabled by SPARC SGT MOSFET.
- Low Rdson, low thermal resistance and avalanche ruggedness(up to >1J) allow high current for surge and fault conditions.
- Low Qrr improves EMC performance during switching.
- Superior industry FOM performance enabled by SPARC SGT MOSFET.
- Low Qg(<30nC on low Rdson product) and Qrr improves conduction and switching losses even under high frequency conditions.
- Low Rdson, low thermal resistance and avalanche ruggedness(up to >1J) allow high current for surge and fault conditions..
- Superior industry FOM performance enabled by SPARC SGT MOSFET.
- Low Rdson, low thermal resistance and avalanche ruggedness(up to >2J) allow high current for surge and fault conditions.
- Offers in big packages with low thermal resistance to dissipate high power(>1kW) generated from heavy motor.
- Superior industry FOM performance enabled by SPARC SGT MOSFET.
- Low Rdson, low thermal resistance and avalanche ruggedness(up to >2J) allow high current for surge and fault conditions.
- Offers in different packages to fit all E-bike power ratings. Low thermal resistance to dissipate high power(>1kW) generated from heavy motor
- Superior industry FOM performance enabled by SPARC SGT MOSFET.
- Low Qg(<30nC on low Rdson product) and Qrr improves conduction and switching losses even under high frequency conditions.
- Low Rdson, low thermal resistance and avalanche ruggedness(up to >1J) allow high current for surge and fault conditions.
- Superior industry FOM performance enabled by SPARC SGT MOSFET.
- Low Rdson, low thermal resistance and avalanche ruggedness(up to >2J) allow high current for surge and fault conditions.
- Offers in different packages to fit all PV Inverter power ratings. Low thermal resistance to dissipate high power(>1kW) generated from heavy motor.