OEM WST2038 N+P-channel -20V/20V -2A/3A TO-263-2L WINSOK MOSFET Product, Distributors

Part Number:WST2038 BVDSS:-20V/20V ID:-2A/3A RDSON:50mΩ Channel:N+P-channel Package:TO-263-2L

Product Description

Voltage
-20V / 20V
Current
-2A / 3A
Resistance
50mΩ
Channel & Package
N+P-channel | TO-263-2L
Applications
Electronic Cigarette Controller Digital Products Small Appliances Consumer Electronics
Technical Specifications
Part number Configuration Type VDS (V) VGS ±(V) ID (A) RDS(ON) (mΩ) Max. / Typ. RDS(ON) (mΩ) Max. / Typ. Ciss (pF) Package
@10V @6V @4.5V @2.5V @1.8V
V ±(V) Max. Typ. Max. Typ. Max. Typ. Max. Typ. Max. Typ. Max. (pF)
WST2038 N+P N-Ch 20 12 3 - - - - 50 65 65 90 - - 220 SOT-23-6L
P-Ch -20 12 -2 - - - - 90 120 130 180 - - 260
Reference Model: PDQ2116
Frequently Asked Questions
1. What are the key specifications of the WST2038 MOSFET?
The WST2038 is an N+P-channel MOSFET with a voltage rating of -20V/20V, a current rating of -2A/3A, and a resistance of 50mΩ. Depending on the configurations, it is packaged in TO-263-2L or SOT-23-6L.
2. In what electronic applications is the WST2038 commonly used?
This MOSFET is widely utilized in electronic cigarettes, motor controllers, digital products, small household appliances, and various consumer electronics due to its efficient dual N+P channel design.
3. What is the RDS(ON) resistance of the WST2038 N-channel?
For the N-channel at 4.5V, the RDS(ON) typical resistance is 50mΩ with a maximum of 65mΩ. At 2.5V, the typical resistance is 65mΩ with a maximum of 90mΩ.
4. What is the RDS(ON) resistance of the WST2038 P-channel?
For the P-channel at 4.5V, the RDS(ON) typical resistance is 90mΩ with a maximum of 120mΩ. At 2.5V, the typical resistance is 130mΩ with a maximum of 180mΩ.
5. What are the capacitance values (Ciss) for the WST2038?
The typical input capacitance (Ciss) is 220pF for the N-channel configuration and 260pF for the P-channel configuration.
6. Is there a compatible alternative mentioned for the WST2038?
Yes, the PDQ2116 is indicated as a related or reference model for these electrical parameters.

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