OEM STL1N8F7 BSC42NE7NS3G BSC36NE7NS3G PDC7966X N-channel DFN5X6-8 MOSFETs Product, Distributors

Part Number:STL1N8F7 BSC42NE7NS3G BSC36NE7NS3G PDC7966X Channel:N-channel Package:DFN5X6-8

Product Description

Equivalent Replacement Cross Reference
Original Manufacturer Part Number Recommended Equivalent Replacement
STMicroelectronics STL1N8F7 WINSOK WSD75100DN56
INFINEON (IR) BSC42NE7NS3G / BSC36NE7NS3G
POTENS Semiconductor PDC7966X
WINSOK WSD75100DN56 Key Specifications
Channel Type
N-channel
Voltage (BVDSS)
75V
Current (Id)
100A
Resistance (RDS(on))
5.3mΩ
Package
DFN5X6-8
Target Applications
E-cigarettes
Wireless charging
Drones
Medical care
Car chargers
Controllers
Digital products
Small household appliances
Consumer electronics
Frequently Asked Questions
What are the key technical parameters of the WINSOK WSD75100DN56 MOSFET?
The WSD75100DN56 is an N-channel FET with a drain-source breakdown voltage (BVDSS) of 75V, continuous drain current of 100A, and a low static drain-source on-resistance of 5.3mΩ, packaged in a DFN5X6-8 format.
Which competitor models can the WINSOK WSD75100DN56 replace?
It acts as an equivalent replacement for STMicroelectronics STL1N8F7, INFINEON / IR BSC42NE7NS3G and BSC36NE7NS3G, as well as POTENS Semiconductor PDC7966X.
What are the benefits of the DFN5X6-8 package used in WSD75100DN56?
The DFN5X6-8 package offers a compact footprint with excellent thermal performance, making it ideal for high-density power supply designs where space is limited and heat dissipation is critical.
Is this N-channel MOSFET suitable for wireless charging applications?
Yes, because of its low resistance and optimal switching speed, it is widely utilized in high-efficiency wireless charging systems, drone power boards, and smart consumer devices.
How does the 5.3mΩ resistance benefit design efficiency?
The low RDS(on) of 5.3mΩ minimizes power losses during conduction, preventing excessive heat buildup and improving the energy efficiency of chargers, controllers, and household appliances.

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