AEC-Q101 qualified, low-voltage MOSFETs for automotive applications
AEC-Q101 qualified, low-voltage MOSFETs for automotive applications
The STripFET F8 technology represents a significant advancement in power MOSFETs, offering extremely low on-state resistance while simultaneously reducing internal capacitances and gate charge. This results in reduced conduction and switching losses, thereby improving overall efficiency. Available in 40 V and 100 V options, these MOSFETs are ideal for various automotive applications, supporting both standard and logic-level driving capabilities.
Our portfolio now includes the new STL325N4F8AG in a PowerFLAT (5 x 6 mm) package and the STK615N4F8AG in the innovative PowerLeaded (8 x 8 mm) package.
48 V mild hybrid systems
Automotive motor control
Heating system
Braking systems
Explore the latest 40 V STripFET F8
power MOSFETs
The advanced STripFET F8 technology reduces output capacitance, minimizing voltage spikes and energy losses. This low-voltage MOSFET series also features an improved body-drain diode for softer switching, reducing electromagnetic interference. These enhancements aid designers in meeting EMC requirements and streamline compliance verification for low-voltage automotive applications.
STK615N4F8AG
Automotive N-channel 40 V, 0.48 mΩ max
Space savings, higher power density, and improved current handling capabilities combined with an extremely low RDS(on) of 0.48 mΩ thanks to the new PowerLeaded (8 x 8 mm) package.
STL325N4F8AG
Automotive N-channel 40 V, 0.85 mΩ max
High efficiency and reliability in a compact PowerFLAT (5 x 6 mm) package, maintaining a low RDS(on) to ensure reduced power loss and improved thermal performance for automotive systems.
eDSim: fast, powerful electrical simulation software for SMPS and Analog ICs
eDSim: fast, powerful electrical simulation software for SMPS and Analog ICs
eDSim supports the STripFET F8 MOSFET series, offering rapid and reliable electrical simulation capabilities for SMPS and analog ICs. This powerful tool assists in designing and optimizing automotive systems, ensuring seamless integration and effective use across various automotive applications.