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DSM 50 FFL - 8 Ohm

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    Purchase DSM 50 FFL - 8 Ohm

    SKU: V-1163-DSM50FFL DSM 50 FFL - 8 Ohm

    $245.00 each
    Brand: Visaton
    Quantity in Basket:  None

     

     



    Visaton Speaker Driver - DSM 50 FFL - 8 Ohm High End Titanium Dome Midrange
    Art. No. 1163

    Visaton DSM50FFL - 8 Ohm.
    Visaton DSM50FFL - 8 Ohm

     

    Characteristics and Sound Properties
    50 mm (2") High-End titanium dome driver for the midrange band between 800 and 5000 Hz. Due to the enormously strong and ultra-light titanium dome and in conjunction with a highly damped surround, linear frequency response and no partial oscillations. Due to the enormously high magnetic flux in the ferrofluid-filled air-gap a high efficiency and high power handling are possible.

     

    Technical Specifications

    Nominal power handling with high pass

    120 W (12 dB/Oct.; 800 Hz)

    Peak power handling with high pass 180 W (12 dB/Oct.; 800 Hz)
    Nominal impedance Z 8 Ohm
    Frequency response
    400-15000 Hz
    Mean sound pressure level 90 dB (1 W/1 m)
    Dispersion angle (-6 dB) 180°/4000 Hz
    Restonance frequency fs 430 Hz
    Magnetic induction 1.4 T
    Magnetic flux 880 µWb
    Height of front pole-plate 3.5 mm
    Voice coil diameter 50 mm
    Height of winding 3 mm
    Cutout diameter 106 mm
    Net weight 1.26 kg
    DC resistance Rdc 6.7 Ohm
    Mechanical Q factor Qms 1.19
    Electrical Q factor Qes 0.7
    Total Q factor Qts 0.44
    Equivalent volume Vas 0.05
    Effective piston area Sd 20 cm²
    Dynamically moved mass Mms 1.2g
    Inductance of the voice coil L 0.16 mH

     

     

    Driver Dimensions

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

     

    Waterfall Spectrum

    Loudspeaker Waterfall Spectrum Chart
    Loudspeaker Waterfall Spectrum Chart

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