DE10 HF Drivers

40 W continuous program power capacity 1” horn throat diameter 25 mm (1 in) aluminium voice coil Mylar diaphragm

1500 – 18000 Hz response

107 dB sensitivity

LF Drivers LF Nd Drivers Coaxials HF Drivers Horns

Specifications

Throat Diameter (1)

25 mm (1 in)

Nominal Impedance

 

8 ohm

Minimum Impedance

 

6.3 ohm

Nominal Power Handling (2)

 

20 W

Continuous Power Handling (3)

 

40 W

Sensitivity (1W/1m) (4)

 

107 dB

Frequency Range

1.5 -18 kHz

Recommended Crossover (5)

 

2.5 kHz

Voice Coil Diameter

25 mm (1 in)

Winding Material

Aluminium

Inductance

 

0.1 mH

Diaphragm Material

 

Mylar

Flux Density

 

1.55 T

 

 

Mounting and Shipping Info

 

 

 

 

Two M5 holes 180° on 76 mm (3

 

 

in) diameter

 

 

Overall Diameter

90 mm (3.5 in)

Depth

53 mm (2.1 in)

Net Weight (1 unit)

0.8 kg

(1.8 lb)

Shipping Weight (8 units)

6.7 kg

(14.7 lb)

Shipping Box (8 units)

220x220x150 mm

 

(8.7x8.7x5.9 in)

1Driver mounted on B&C ME10 horn

22 hours test made with continuous pink noise signal (6 dB crest factor) within the specified range . Power calculated on rated minimum impedance.

3Power on Continuous Program is defined as 3 dB greater than the Nominal rating.

4Applied RMS Voltage is set to 2.83V for 8 ohms Nominal Impedance. 512 dB/oct. or higher slope high-pass filter.

Page 1
Image 1
B&C Speakers specifications DE10 HF Drivers, Specifications, Mounting and Shipping Info

DE10 specifications

B&C Speakers has long been recognized for producing high-quality audio components, and the DE10 is a testament to their commitment to excellence in sound reproduction. The DE10 is a high-performance compression driver that is designed to deliver exceptional sound clarity and efficiency for professional audio applications.

One of the main features of the DE10 is its advanced diaphragm technology. It utilizes a 1-inch throat diameter and a lightweight, high-strength diaphragm that provides superior transient response and extended frequency reproduction. The diaphragm is made from a combination of materials that ensures minimal distortion and a broad frequency response range, making it ideal for both live sound reinforcement and studio monitoring.

The DE10 boasts an impressive frequency response that spans from 1 kHz to 20 kHz. This extended range allows it to reproduce high frequencies with clarity and precision, making it suitable for a variety of applications, including music concerts, public address systems, and theater productions. The driver is designed to handle high power levels, with a continuous power rating of 50 watts and a peak power handling capability of up to 100 watts, ensuring that it can withstand demanding audio environments without compromising sound quality.

Another innovative feature of the DE10 is its integrated phase plug design. This design enhances the coupling of the driver to the listening environment by improving the dispersion characteristics. As a result, the DE10 provides a wider coverage area and reduced beaming effect, allowing for more uniform sound distribution across the listening space. This is particularly beneficial in larger venues, where audience members may be positioned at varying distances from the sound source.

The DE10 also incorporates a ferrite magnet system that provides a high magnetic flux density. This not only contributes to the driver’s high efficiency but also helps to minimize weight, making it easier to integrate into various speaker configurations. The robust construction of the DE10 ensures long-term reliability and durability, making it a preferred choice for professional sound engineers and audio technicians.

In summary, the B&C Speakers DE10 is a highly efficient compression driver that combines advanced diaphragm technology, a wide frequency response, and excellent power handling capabilities. Its innovative design features, such as the phase plug and ferrite magnet system, make it a reliable choice for professional audio applications, ensuring that sound professionals can deliver high-quality audio experiences to their audiences.