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CDRH74NP-150MC-B - Sumida

Description: Fixed Inductors 15uH 1.47A

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CDRH74NP-150MC-B - Sumida PCB footprint - Inductors Precision Moulded - Inductors Precision Moulded - SG6841SZ3
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CDRH74NP-150MC-B - Sumida  - 3D model - Inductors Precision Moulded - SG6841SZ3
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CDRH74NP-150MC-B Details

  • Manufacturer Part Number:

    CDRH74NP-150MC-B

  • Rohs Code:

    Yes

  • Part Life Cycle Code:

    Active

  • Package Description:

    CHIP

  • ECCN Code:

    EAR99

  • HTS Code:

    8504.50.80.00

  • Factory Lead Time:

    42 Weeks, 6 Days

  • Manufacturer:

    Sumida Corporation

  • YTEOL:

    6.9

  • Case/Size Code:

    2929

  • Construction:

    Rectangular

  • Core Material:

    FERRITE

  • DC Resistance:

    0.081 Ω

  • Inductance-Nom (L):

    15 µH

  • Inductor Application:

    POWER INDUCTOR

  • Inductor Type:

    GENERAL PURPOSE INDUCTOR

  • Number of Functions:

    1

  • Number of Terminals:

    2

  • Operating Temperature-Max:

    100 °C

  • Operating Temperature-Min:

    -40 °C

  • Package Height:

    4.5 mm

  • Package Length:

    7.3 mm

  • Package Style:

    SMT

  • Package Width:

    7.3 mm

  • Packing Method:

    TR, 13 Inch

  • Rated Current-Max:

    1.47 A

  • Shape/Size Description:

    RECTANGULAR PACKAGE

  • Shielded:

    YES

  • Surface Mount:

    YES

  • Terminal Placement:

    DUAL ENDED

  • Terminal Shape:

    WRAPAROUND

  • Test Frequency:

    0.001 MHz

  • Tolerance:

    20%

CDRH74NP-150MC-B Frequently Asked Questions (FAQs)

  • A symmetrical layout with a solid ground plane and a minimum of 2oz copper thickness is recommended. Keep the component away from high-frequency noise sources and ensure a low-impedance path for the output current.
  • Follow the recommended derating curves for temperature and current. Ensure good airflow, and consider using a heat sink or thermal interface material to reduce the inductor's operating temperature.
  • The maximum allowable voltage stress is 1.5 times the rated voltage. Exceeding this may cause damage to the inductor's insulation and reduce its lifespan.
  • Yes, but be aware of the inductor's self-resonant frequency (SRF) and ensure that your switching frequency is below the SRF to avoid resonance and potential damage.
  • Use a freewheeling diode or a snubber circuit to dissipate the stored energy and prevent voltage spikes that could damage the inductor or other components.

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