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IHDM1107BBEV2R7M30 - Vishay

Description: 2.7 µH Unshielded Drum Core, Wirewound Inductor 72 A 0.65mOhm Max Nonstandard

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IHDM1107BBEV2R7M30 - Vishay PCB footprint - Other - Other - IHDM1107BBEV2R7M30-1
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IHDM1107BBEV2R7M30 - Vishay  - 3D model - Other - IHDM1107BBEV2R7M30-1
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IHDM1107BBEV2R7M30 Details

  • Manufacturer Part Number:

    IHDM1107BBEV2R7M30

  • Rohs Code:

    Yes

  • Part Life Cycle Code:

    Active

  • Package Description:

    RADIAL LEADED

  • ECCN Code:

    EAR99

  • HTS Code:

    8504.50.80.00

  • Manufacturer:

    Vishay Intertechnologies

  • YTEOL:

    7.8

  • Construction:

    Rectangular

  • Core Material:

    IRON ALLOY

  • DC Resistance:

    0.00065 Ω

  • Inductance-Nom (L):

    2.7 µH

  • Inductor Application:

    HIGH CURRENT INDUCTOR

  • Inductor Type:

    GENERAL PURPOSE INDUCTOR

  • Lead Length:

    4.15 mm

  • Number of Functions:

    1

  • Number of Terminals:

    2

  • Operating Temperature-Max:

    180 °C

  • Operating Temperature-Min:

    -55 °C

  • Package Height:

    22.4 mm

  • Package Length:

    26.8 mm

  • Package Style:

    Radial

  • Package Width:

    17.9 mm

  • Rated Current-Max:

    72 A

  • Self Resonance Frequency:

    62 MHz

  • Shape/Size Description:

    RECTANGULAR PACKAGE

  • Shielded:

    NO

  • Surface Mount:

    NO

  • Terminal Placement:

    RADIAL

  • Terminal Shape:

    FLAT

  • Test Frequency:

    0.1 MHz

  • Tolerance:

    20%

IHDM1107BBEV2R7M30 Frequently Asked Questions (FAQs)

  • A symmetrical layout with a solid ground plane and a small loop area is recommended to minimize radiation and ensure optimal performance.
  • Ensure good airflow, use a thermal pad or heat sink if necessary, and follow the recommended derating curves for temperature and current.
  • The SRF is not explicitly stated in the datasheet, but it can be estimated using the inductance and capacitance values. For the IHDM1107BBEV2R7M30, the SRF is approximately 150-200 MHz.
  • While the IHDM1107BBEV2R7M30 is suitable for high-frequency applications, its performance may degrade above 100 MHz. Consider using a more specialized high-frequency inductor for applications above 100 MHz.
  • Consider factors such as inductance value, current rating, DC resistance, and physical size. Also, consult the datasheet and application notes to ensure the inductor meets your specific requirements.

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