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G 25 FFL - 8 Ohm

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    Purchase G 25 FFL - 8 Ohm

    SKU: V-1175-G25FFL G 25 FFL - 8 Ohm

    $158.00 each - on backorder
    Quantity in Basket:  None

     

     



    Visaton Speaker Driver - G 25 FFL - 8 Ohm Fabric Dome Tweeter
    Art. No. 1175

    Visaton G25FFL- 8 Ohm High End Textile Dome Tweeter.
    Visaton G25FFL- 8 Ohm High End Textile Dome Tweeter

     

    Characteristics and Sound Properties
    25 mm (1") fabric dome driver for the high-frequency range above 2000 Hz. Due to the optimised dome shape with double coating in conjunction with the highly damped surround, linear frequency response has been made possible. Due to the powerful magnetic driver and the ferrofluid-cooled voice-coil high efficiency and high power handling can be guaranteed.

     

    Technical Specifications

    Nominal power handling with high pass 80 W (12 dB/Oct.; 2000 Hz)
    120 W (12 dB/Oct.; 4000 Hz)
    Peak power handling with high pass 140 W (12 dB/Oct.; 2000 Hz)
    180 W (12 dB/Oct.; 4000 Hz)
    Nominal impedance Z 8 Ohm
    Frequency response 1000–30000 Hz
    Mean sound pressure level 90 dB (1W/1m)
    Opening angle (-6 dB) 167°/8000 Hz
    Resonance frequency fs 1600 Hz
    Magnetic induction 1.7 T
    Magnetic flux 425 µWb
    Height of front pole-plate 2.5 mm
    Voice coil diameter 25 mm
    Height of winding 2 mm
    Cutout diameter 80 mm
    Net weight 0.56 kg
    DC resistance Rdc 5.6 Ohm
    Mechanical Q factor Qms 0.66
    Electrical Q factor Qes 1.11
    Total Q factor Qts 0.41
    Dynamically moved mass Mms 0.3 grams
    Effective piston area Sd 4.9 cm²
    Inductance of the voice coil L 0.05 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

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