40 V and 100 V STripFET F8 MOSFETs to enhance system efficiency
Setting new LV power conversion benchmarks
Industrial 40 and 100 V STripFET F8 MOSFETs to enhance system efficiency
Industrial 40 and 100 V STripFET F8 MOSFETs to enhance system efficiency
STripFET F8 offers a 40% figure of merit (FoM) improvement on the previous generation, helping engineers design more compact power stages with higher power density in computer and peripheral applications, data centers, telecom, solar, power supplies, battery chargers, home and professional appliances, gaming, drones, and more.
The STL300N4F8 opens the market on industrial 40 V standard-level STripFET F8 MOSFETs.
Data centers
Microinverters
Home & professional appliances
Gaming & drones
Why choose the Industrial STripFET F8 MOSFETs?
The STripFET F8 series is designed to meet diverse industrial application needs with its versatile voltage options and tailored features levels. It offers:
- 40 V option: perfect for all battery-powered applications supplied by 12 V battery
- 100 V option: tailored for telecom and server solutions with higher supply voltages
Additionally, the series offers both standard-level and logic-level driving capability
Efficiency
Optimized gate charge for faster commutation speeds
Reliability
Higher immunity to spurious turn-on
Performance
Lower RDS(on) for higher system efficiency
Flexible voltage choices
Select 40 V and 100 V options to match your specific requirements
Discover the new 40 V standard-level STripFET F8 MOSFETs
STL300N4F8: industrial N-channel 40 V, 1.1 mΩ, in a PowerFLAT (5 x 6 mm) package
STL300N4F8: industrial N-channel 40 V, 1.1 mΩ, in a PowerFLAT (5 x 6 mm) package
- MSL 1 grade
- 175° C maximum operating junction temperature
- 100% avalanche tested
- Low gate charge Qg
Recommended resources
40 V and 100 V power MOSFETs boost overall system efficiency
40 V and 100 V power MOSFETs boost overall system efficiency
ST’s advanced STripFET F8 achieve higher switching frequencies than previous technologies, thanks to low device capacitances that minimize dynamic parameters and switching losses.