Free Sample WSP85N10 N+P channel 100V/-100V 4.5A/-2.5A SOP-8L WINSOK MOSFET Factories, Distributors

Part Number:WSP85N10 BVDSS:100V/-100V ID:4.5A/-2.5A RDSON:110mΩ Channel:N+P channel Package:SOP-8L

Product Description

Voltage

100V / -100V

High performance power control

Current

4.5A / -2.5A

Optimized for power efficiency

Resistance

110mΩ

Low RDS(ON) resistance

Channel & Package

N+P Channel

SOP-8L package type

Applications
E-cigarette Wireless charger Motor Drone Medical Car charger Controller Digital products Small appliances Consumer electronics
Specifications
Part number Configuration Type VDS
(V)
VGS
±(V)
ID (A)
Max.
RDS(ON)(mΩ) RDS(ON)(mΩ) Ciss
(pF)
Package
@10V @6V @4.5V @2.5V @1.8V
V ±V A Typ. Max. Typ. Max. Typ. Max. Typ. Max. Typ. Max. pF
WSP85N10 N+P N-Ch 100 20 4.5 100 110 - - 110 150 - - - - 445 SOP-8L
P-Ch -100 20 2.5 150 180 - - 170 210 - - - - 450
Related Reference: POTENS PDS0744
Frequently Asked Questions

What are the primary voltage and current ratings of the WSP85N10 MOSFET?

The WSP85N10 MOSFET features a voltage rating of 100V for the N-channel and -100V for the P-channel. The current capacity stands at 4.5A for the N-channel and -2.5A for the P-channel.

What configuration and channel type does the WSP85N10 use?

The WSP85N10 is designed as a dual N+P channel MOSFET configured in a single compact layout.

What is the resistance (RDS(ON)) for this MOSFET?

The typical RDS(ON) resistance is 110mΩ. Specifically, for the N-channel, it ranges from 100mΩ (typical) to 110mΩ (maximum) at 10V, and for the P-channel, it is 150mΩ (typical) at 10V.

What package is the WSP85N10 MOSFET supplied in?

The WSP85N10 MOSFET is packaged in a standard SOP-8L configuration, which makes it ideal for compact and surface-mount circuit board designs.

What are the main application areas for the WSP85N10?

This MOSFET is widely applicable in e-cigarettes, wireless chargers, motors, drones, medical applications, car chargers, controllers, digital products, small household appliances, and various consumer electronics.

What are the input capacitance (Ciss) values for the channels?

The typical input capacitance (Ciss) is 445pF for the N-channel and 450pF for the P-channel, providing stable switching performance.

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