Upgrade Your Electronics with the 2N7002DW N-Channel MOSFET SOT-363 for Efficient Power Management

2N7002DW N-Channel Enhancement MOSFET SOT-363



type: N-Channel

Vdss: 60V

Id: 800mA

RDS(on)@VGS, ID: 7.5mΩ@5V, 50mA

Vgs(th)@Id: 1V@250μA


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General Overview

The 2N7002DW N-Channel Enhancement MOSFET is designed to provide high-efficiency switching and control capabilities in a compact SOT-363 package. With its high voltage rating, low on-resistance, and robust current handling, the 2N7002DW is a top choice for both consumer and industrial applications that require efficient power management in space-limited designs.

Key Features

  • Ideal for low-side switching and control applications, ensuring reliable performance with efficient power handling.

  • Rated for drain-source voltages up to 60V, making it suitable for applications with moderate to high voltage requirements.

  • Capable of handling a continuous drain current of up to 1A, offering flexibility for moderate current applications.

  • Low on-resistance of 7.5mΩ at a gate-source voltage of 5V and drain current of 50A, optimizing switching efficiency and minimizing power loss and heat generation.

  • Gate-source threshold voltage of 1V at a drain current of 250μA, enabling effective switching with a relatively low gate drive voltage.

  • Packaged in a compact SOT-363 footprint, perfect for space-constrained designs where minimizing board area is a priority.

Applications

  • Low-Side Switching: Ideal for low-side switching applications that require both high efficiency and dependable performance.

  • Power Management: Useful in power management circuits, offering effective power handling while minimizing heat dissipation.

  • Consumer Electronics: Perfect for various consumer electronics where both space efficiency and high performance are essential.



2N7002DW SOT-363_0.jpg




Slkor alternative equivalents to DIODES.

  • Diodes SMAJ5.0A can be a substitute for SMAJ5.0A (TVS, SMA)

  • Diodes SMAJ33CA-13-F can be a substitute for SMAJ33CA (TVS, SMA)

  • Schottky Diodes BAT54C-7-F can be a substitute for BAT54C (SOT-23)

  • Voltage References TL431AS-13 can be a substitute for TL431 (SOT-23)

  • Op Amps PAM8403 can be a substitute for PAM8403 (SOP-16)

  • Transistor BC817-25Q-7-F can be a substitute for BC807-25 (SOT-23)

  • Transistor BC817-40Q-7-F can be a substitute for BC817-40 (SOT-23)

  • Switching Diode BAV99-13-F can be a substitute for BAV99 (SOT-23)

  • Switching Diode BAV19W-7-F can be a substitute for BAV19W (SOD-123)

  • Switching Diode BAV20W-7-F can be a substitute for BAV20W (SOD-123)

  • Switching Diode BAV21W-7-F can be a substitute for BAV21W (SOD-123)

  • TVS Diodes SMBJ12A-13-F can be a substitute for SMBJ12A (SMB)

  • TVS Diodes SMBJ24CA-13-F can be a substitute for SMBJ24CA (SMB)

  • TVS Diodes SMAJ13CA-13-F can be a substitute for SMAJ13CA (SMA)

  • TVS Diodes SMAJ15CA-13-F can be a substitute for SMAJ15CA (SMA)

  • TVS Diodes SMAJ6.0A-13-F can be a substitute for SMAJ6.0A (SMA)

  • Fast Recovery Diode US1M can be a substitute for US1M (SMA)

  • Fast Recovery Diode RS1M can be a substitute for RS1M (SMA)

  • Switching Diode MMBD4148-7-F can be a substitute for MMBD4148 (SOT-23)

  • Driver IC ZXMS6005DGQ can be a substitute for SL8402 (SOT-223)

  • For more please reach out: claire@slkormicro.com

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