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DX 10 -  4 Ohm

Thumbnail Filmstrip of DX 10 - 4 Ohm Images

    Purchase DX 10 - 4 Ohm

    SKU: V-4610-DX10 DX 10 - 4 Ohm

    $135.00 per pair
    Brand: Visaton
    Quantity in Basket:  None

     

     



    Visaton Speaker Driver - DX 10 - 4 Ohm 2-Way Coaxial Speaker
    Art. No. 4610

    Visaton DX10 4 Ohm.
    Visaotn DX10 supplied grille.
    Visaton DX10 - 4 Ohm 2-way Coaxial Speaker and supplied grille.

     

    Characteristics and Sound Properties
    10 cm (4") 2-way coaxial loudspeakers with 10 cm polypropylene cone and polycarbonate dome tweeter. Integrated crossover (capacitor) for the tweeter. Very balanced sound. Straightforward installation in vehicles with 10 cm cutouts. Door and rear tray installation possible using mounting ring and grille. Packed in pairs, mounting accessories and protective grilles are included.

    Typical applications:-
    - Vehicles
    - Mobile homes

     

    Technical Specifications

    Rated power 50 W
    Maximum power 70 W
    Nominal impedance Z 4 Ohm
    Frequency response
    80-20000 Hz
    Mean sound pressure level 88 dB (1W/1m)
    Dispersion angle (-6 dB) 98°/4000 Hz
    Excursion limit ± 3 mm
    Resonance frequency fs 110 Hz
    Magnetic induction 1 T
    Magnetic flux 310 µWb
    Height of front pole-plate 4 mm
    Voice coil diameter 25 mm / 14 mm
    Height of winding 6 mm
    Cutout diameter 91 mm
    Net weight 0.64 kg
    DC resistance Rdc 3.6 Ohm
    Mechanical Q factor Qms 8.17
    Electrical Q factor Qes 0.92
    Total Q factor Qts 0.83
    Effective piston area Sd 50 cm2
    Inductance of the voice coil L 0.37 mH
    Temperature Range -25...70 °C

    Temperature Range

     

     

    Driver Dimensions

    Loudspeaker Driver Dimensions and Measurements - all dimensions in mm (approx.)
    Visaton DX10 grille dimensions.
    Loudspeaker Driver Dimensions and Measurements - all dimensions in mm (approx.)

     

    Frequency and Impedance Response

    Loudspeaker Frequency and Impedance Response Graph
    Loudspeaker Frequency and Impedance Response Graph

     

    Directivity Pattern

    Loudspeaker Directivity Pattern (on and off axis response)
    Loudspeaker Directivity Pattern (on and off axis response)

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