Custom WSD2068DN23 WSD2098DN23 Dual N-Ch -20V 7.5A DFN2X3-6S WINSOK MOSFET Buy, In Stock

Part Number:WSD2068DN23 WSD2098DN23 BVDSS:-20V ID:7.5A RDSON:12mΩ Channel:Dual N-Ch Package:DFN2X3-6S

Product Description

Voltage

-20V

Current

7.5A

Resistance

12mΩ

Channel & Package

Dual N-Ch / DFN2X3-6S

Applications
  • Automotive electronics
  • LED lights
  • Audio
  • Digital products
  • Small appliances
  • Consumer electronics
  • Protection boards
Specifications & Parameters

Part number

Configuration

Type

VDS

VGS

ID (A)

RDS(ON) (mΩ)

RDS(ON) (mΩ)

Ciss

Package

@10V

@6V

@4.5V

@2.5V

@1.8V

(V)

±(V)

Max.

Typ.

Max.

Typ.

Max.

Typ.

Max.

Typ.

Max.

Typ.

Max.

(pF)

WSD2068DN23

Dual+ESD

N-Ch

20

12

7.5

-

-

-

-

12

15.5

16

20

-

-

1219

DFN2X3-6S

WSD2098DN23

Dual+ESD

N-Ch

20

12

9.7

-

-

-

-

7

9

10.5

13.5

-

-

1470

DFN2X3-6S

Cross Reference Models

ON, FAIRCHILD FDME410N27 | ST STT4P3LLH6, STL6N2VH5 | Nxperian PMPB20XNEA | TOSHIBA SSM6L61NU, SSM6N61NU | ROHM UT6MA3 | PANJIT PJQ1916 | NIKO PB6C4JU | POTENS PMEB2516Q

Frequently Asked Questions

Q: What are the core technical specifications of the WST2026 MOSFET?

The WST2026 MOSFET functions with a voltage of -20V, a current capacity of 7.5A, and has a resistance of 12mΩ. It features a Dual N-Channel configuration housed in a DFN2X3-6S package.

Q: Which applications are compatible with these MOSFETs?

They are widely applicable in automotive electronics, LED lighting systems, audio equipment, digital products, small household appliances, consumer electronics, and battery protection boards.

Q: What are the differences between WSD2068DN23 and WSD2098DN23?

While both feature a Dual+ESD configuration, N-Channel design, 20V VDS, and a DFN2X3-6S package, the WSD2068DN23 has an ID of 7.5A and a Ciss of 1219pF, whereas the WSD2098DN23 handles an ID of 9.7A with a Ciss of 1470pF.

Q: What is the RDS(ON) performance for WSD2068DN23 at different voltages?

For WSD2068DN23, the RDS(ON) at @2.5V ranges from a typical 12mΩ to a maximum of 15.5mΩ, and at @1.8V it ranges from a typical 16mΩ to a maximum of 20mΩ.

Q: What are the alternative cross-reference models available for these parts?

Compatible cross-reference options include FDME410N27 (ON/FAIRCHILD), STT4P3LLH6 / STL6N2VH5 (ST), PMPB20XNEA (Nxperian), SSM6L61NU / SSM6N61NU (TOSHIBA), UT6MA3 (ROHM), PJQ1916 (PANJIT), PB6C4JU (NIKO), and PMEB2516Q (POTENS).

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