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23_30_28_522_12_17_59_565_de_680_tn_con_etichetta_r1_00
Continuous power handling
Voice coil diameter
Diaphragm material
Throat diameter

The DE680TN is the latest version of our premium 65 mm (2.5 in) voice coil, neodymium high frequency driver. The diaphragm in this model has been completely redesigned to incorporate a bent edge voice coil former, as well as new dome and surround geometry. These modifications combine to better control diaphragm displacement and deformations, resulting in lower distortion and a smoother higher frequency response above 10kHz. 

 
 
 

Features

  • 160 W continuous program power capacity
  • 1.4" horn throat diameter
  • 65 mm (2.5 in) aluminium voice coil
  • Titanium diaphragm
  • 1000 - 18000 Hz response
  • 108.5 dB sensitivity
  • Neodymium magnet assembly with shorting copper cap

Specifications1

  • Throat Diameter36 mm (1.4 in)
  • Nominal Impedance16 Ω
  • Minimum Impedance11.2 Ω
  • Nominal Power Handling280 W
  • Continuous power handling3160 W
  • Sensitivity (1W/1m)4108.5 dB
  • Frequency Range1.0 - 18.0 kHz
  • Recommended Crossover51.2 kHz
  • Voice Coil Diameter65 mm (2.5 in)
  • Winding MaterialAluminium
  • Inductance0.15 mH
  • Diaphragm MaterialTitanium
  • Flux Density1.8 T
  • Magnet MaterialNeodymium Ring

Mounting and Shipping Info

  • Four M6 holes 90° on 102 mm (4 in) diameter
  • Overall Diameter115 mm (4.5 in)
  • Depth51 mm (2.01 in)
  • Net Weight1.75 kg (3.85 lb)
  • Shipping Units1
  • Shipping Weight1.79 kg (3.94 lb)
  • Shipping Box120x120x65 mm (4.72x4.72x2.56 in)
  • Other Details4x M6 Mounting Studs with bolts and washers included

Service Kit

  • Driver mounted on B&C ME90 horn.
  • 2 hour test made with continuous pink noise signal within the range from the recommended crossover frequency to 20 kHz. Power calculated on rated minimum impedance.
  • Power on Continuous Program is defined as 3 dB greater than the Nominal rating.
  • Applied RMS Voltage is set to 4 V for 16 ohms Nominal Impedance.
  • 12 dB/oct. or higher slope high-pass filter.