Infineon’s lowest RDS(on)* A SJ MOSFET in the novel bottom-side-cooled QDPAK package, ideal for low-frequency switching automotive applications.
The automotive qualified AEC-Q101, 600 V CoolMOS™ S7A SJ MOSFET family is optimized to offer low conduction losses and features the lowest RDS(on) in the market when it comes to high-voltage SJ MOSFETs. It comes with an unprecedented RDS(on) x price figure of merit and is a perfect fit for HV solid state power distribution applications (HV eFuse, Solid State Circuit breaker) and active line rectification. The QDPAK-BSC package provides the intrinsic superior thermal and overload capabilities while enabling customers to utilize standardized SMD cooling and mounting techniques.
Summary of Features
Lowest RDS(on)
Compact bottom-side-cooled QDPAK package
Optimized for conduction performance
Improved thermal resistance
High pulse current capability
Kelvin-source pin improves switching performance at high current
Benefits
Minimizes conduction losses
Increases energy efficiency
More compact and easier designs
Lower TCO cost or BOM cost
Potential Applications
HV eFuse
HV eDisconnect
On-board charger
Infineon’s lowest RDS(on)* A SJ MOSFET in the novel bottom-side-cooled QDPAK package, ideal for low-frequency switching automotive applications.
The automotive qualified AEC-Q101, 600 V CoolMOS™ S7A SJ MOSFET family is optimized to offer low conduction losses and features the lowest RDS(on) in the market when it comes to high-voltage SJ MOSFETs. It comes with an unprecedented RDS(on) x price figure of merit and is a perfect fit for HV solid state power distribution applications (HV eFuse, Solid State Circuit breaker) and active line rectification. The QDPAK-BSC package provides the intrinsic superior thermal and overload capabilities while enabling customers to utilize standardized SMD cooling and mounting techniques.
Summary of Features
- Lowest RDS(on)
- Compact bottom-side-cooled QDPAK package
- Optimized for conduction performance
- Improved thermal resistance
- High pulse current capability
- Kelvin-source pin improves switching performance at high current
Benefits
- Minimizes conduction losses
- Increases energy efficiency
- More compact and easier designs
- Lower TCO cost or BOM cost
Potential Applications
- HV eFuse
- HV eDisconnect
- On-board charger