Ole Wolff Elektronik A/S, Roedengvej 14, 4180 Soroe
sales@owolff.com, T: +45 5783 3830
27-04-2024

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    OWIHPP_product
    Description
    Molded series with Plastic powder
    Features
    RoHS compliant
    Lead-free materials used for the plating on the terminals
    Metal terminals for excellent connection reliability
    High resistance to heat, humidity, mechanical shocks and pressure.
    Accurate dimensions for high precision mounting
    Good heat durability that withstands lead-free compatible reflow soldering.
    Applications
    High reliability wire would chip inductors for communication equipment, instrumentation, video & audio. Developed with focus on higher density mounting of parts in electric circuits.
    General Specifictations
    Test Voltage50mV
    Parameters Test Temp25°C
    Operation Temp
    (Including temperature Rise)    		-40 to +125°C
    Storage Temp0 to 40°C
    Storage Humidity<70% RH
    Resistance to Soldering Heat245°C for 10 sec
    Rated Current40° typ. at Irms
    Temperature Rise

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    OWIHP453232P-R56

    Plastic molded
    Inductance
    Ltol.
    Test freq.
    DCR [mΩ]
    Isat [A]
    Irms [A]
    Irated [mA]
    Idc max [mA]
    Q (min)
    SRF[MHz]
    Inductors:
    Inductance
    0.56 uH
    0.56
    Inductance tolerance:
    K, M
    Test frequency:
    2.52 MHz
    DCR max:
    0.36
    Isat [A]
    0.00
    Irms [A] (typ):
    Custom 1:
    520
    Custom 2:
    Q min:
    40
    SRF [MHz] min:
    140
    L tol note:
    When ordering please specify tolerance code. Tolerance: J=±5%, K=±10%, M=±20%
    Shape and dimensions [mm]
    A
    B
    C
    D
    E
    F
    G
    H
    I
    J
    Shape
    A:
    4.50
    A tol:
    ±0.4
    B:
    3.20
    B tol:
    ±0.2
    C:
    3.20
    C tol:
    ±0.2
    D:
    4.2
    D tol:
    ±0.3
    E:
    1.1
    E tol:
    Ref
    F:
    1
    F tol:
    Ref
    G:
    G tol:
    H:
    1.3
    H tol:
    Ref
    I:
    1.4
    I tol:
    Ref
    J:
    2.2
    J tol:
    Ref
    Shape:
    Dimension remarks:
    Dimensions Image:
    OWIHPP_dimensions
    PAD Image:
    OWIHPP_pad
    Schematic Image:
    OWIHPP_schem
    click images to enlarge