• Incl.Excl.
    VAT
    • Customer Support
    English
  • Incl.Excl.VAT
    • 0
    Cart

    Your cart is empty

    Close

    Categories

    Filters
      View all results (0)
        H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil

        Mundorf H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil

        €10,55

        Out of stock

        Add to cart

        Mundorf H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil

        0 reviews
        0 from 5
        0 reviews
        5 stars
        0%
        4 stars
        0%
        3 stars
        0%
        2 stars
        0%
        1 star
        0%
        View all reviews
        Brand: Mundorf
        H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil
        € 8,72€ 10,55 Out of stock
        € 10,55
        +-
        Add to cart
        🔒 Secure payment
        MastercardVisaBank TransferCarte BancaireApple PayGoogle Paypaypal

        Buy now, pay later

        • We ship to 
        • Back in stock soon
        • At least two years warranty
        • 45-day cooling-off period to return
        • Customer rating:
        Request quotation
        Do you have a question about this product?

        Do you have a question about this product?

        Our employee is happy to help you find the right product

        H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil

        Pros and cons

        According to our specialists
        • OFC -Copper
        • Getaped
        • Low Re

        Product description Mundorf H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG

        The Mundorf H50-4,7 is a compact MCoil ferrite/Aronit drum core inductor with 4.7 mH inductance, 1.06 Ohm DC resistance, and a 3% tolerance for precise passive crossover work.


        Highlights of the Mundorf H50-4,7

        • 4.7 mH inductance with ±3% tolerance
        • 1.06 Ohm DC resistance
        • Ferrite/Aronit drum core construction
        • OFC-Copper SolidCore conductor
        • 0.20 mm² wire cross section, AWG 24, 0.50 mm

        Product details Mundorf H50-4,7

        Mundorf H50-4,7 4.7 mH MCoil Ferrite/Aronit DrumCore Coil 1.06 Ohm ±3% 24 AWG

        The Mundorf H50-4,7 is designed for passive crossover components where a 4.7 mH inductor value is required. Its ±3% tolerance supports accurate crossover tuning, while the 1.06 Ohm DC resistance gives you a clear electrical specification for your design calculations.


        This MCoil uses a ferrite/Aronit drum core, offering a compact coil format with a 26 mm diameter and 25 mm height. The taped winding fixation keeps the coil neatly secured, making it practical for installation on crossover boards or inside speaker cabinets.


        The conductor is OFC-Copper SolidCore with a 0.20 mm² wire cross section, corresponding to AWG 24 and 0.50 mm wire diameter. Within the coils range, the H50 series is a straightforward choice when you need a space-saving drum core inductor with clearly defined electrical values.


        The H50-4,7 uses coil body type F2625 and is supplied as a single piece. It is suitable for DIY speaker builders and crossover repairs where the specified inductance, resistance, tolerance, and compact physical dimensions match the project requirements.

        Show more

        Specifications

        Article number
        H50-4,7
        EAN
        4060158011736
        Inductance
        4.7 mH
        DCR
        1.06 Ω
        Tolerance
        3%
        Wire diameter
        24 AWG
        Dimensions: Ø * H (mm)
        26 x 25

        Show more

        Reviews

        0 reviews
        Review this product

        There are no reviews written yet about this product..

        H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil
        € 8,72
        € 10,55
        H50-4,7 | 4,7 mH | 1,06 Ω | 3% | 24 AWG | MCoil Ferrite/Aronit DrumCore Coil
        Out of stock
        Add to cart
        Compare 0

        Add another product (max. 5)

        Start comparison