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IRF7465TRPBF - Infineon

Description: Infineon IRF7465TRPBF N-channel MOSFET, 1.9 A, 150 V HEXFET, 8-Pin SOIC

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IRF7465TRPBF - Infineon PCB footprint - Small Outline Packages - Small Outline Packages - SO8PBF
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IRF7465TRPBF Details

  • Manufacturer Part Number:

    IRF7465TRPBF

  • Rohs Code:

    Yes

  • Part Life Cycle Code:

    Active

  • ECCN Code:

    EAR99

  • Manufacturer:

    Infineon Technologies AG

  • YTEOL:

    6

  • Avalanche Energy Rating (Eas):

    40 mJ

  • Configuration:

    SINGLE WITH BUILT-IN DIODE

  • DS Breakdown Voltage-Min:

    150 V

  • Drain Current-Max (ID):

    1.9 A

  • Drain-source On Resistance-Max:

    0.28 Ω

  • FET Technology:

    METAL-OXIDE SEMICONDUCTOR

  • Feedback Cap-Max (Crss):

    16 pF

  • JEDEC-95 Code:

    MS-012AA

  • JESD-30 Code:

    R-PDSO-G8

  • Moisture Sensitivity Level:

    1

  • Number of Elements:

    1

  • Number of Terminals:

    8

  • Operating Mode:

    ENHANCEMENT MODE

  • Operating Temperature-Max:

    150 °C

  • Operating Temperature-Min:

    -55 °C

  • Package Body Material:

    PLASTIC/EPOXY

  • Package Shape:

    RECTANGULAR

  • Package Style:

    SMALL OUTLINE

  • Polarity/Channel Type:

    N-CHANNEL

  • Power Dissipation-Max (Abs):

    2.5 W

  • Pulsed Drain Current-Max (IDM):

    15 A

  • Surface Mount:

    YES

  • Terminal Form:

    GULL WING

  • Terminal Position:

    DUAL

  • Transistor Application:

    SWITCHING

  • Transistor Element Material:

    SILICON

IRF7465TRPBF Frequently Asked Questions (FAQs)

  • The maximum operating temperature range for the IRF7465TRPBF is -55°C to 175°C.
  • To ensure reliability, follow proper thermal management, use a suitable heat sink, and ensure the device is operated within its specified ratings and guidelines.
  • The recommended gate drive voltage for the IRF7465TRPBF is between 10V and 15V, with a maximum gate-source voltage of ±20V.
  • Yes, the IRF7465TRPBF is suitable for high-frequency switching applications up to 1 MHz, but ensure proper PCB layout, decoupling, and thermal management to minimize losses and ensure reliability.
  • Use a suitable overvoltage protection circuit, such as a zener diode or a transient voltage suppressor, and implement overcurrent protection using a current sense resistor and a comparator or a dedicated overcurrent protection IC.

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