ID: 3352
B&W DM3000 high end
No offers posted.
Description
Prachtige high end speaker (bruin) (zelden te koop aangeboden) die erg neutraal is maar ook veel detail heeft.
Geen irritant hoog of laag maar zoals de muziek moet klinken.
Wegens ruimtegebrek gaat de DM2000 of DM3000 eruit, zie mijn andere advertentie.
Orginele bruine stofdoek is vervangen door grijs.
Is makkelijk te vervangen.
Hoogte 98,5 cm
Breedte 31 cm
Diepte 40 cm
35 KG
From The Vendor
All the vast knowledge and expertise gained from the experience of building loudspeaker systems that have led the world for two decades has gone into the creation of models DM2000/DM3000.They are at the top of the exciting new generation of B&W Digital Monitors.
DM2000 is a floor-standing model incorporating completely new, inter-related concepts in enclosure styling, drive units and equalization. A true digital monitor with performance and appearance further enhanced by the most recent advances in B&W loudspeaker technology.
Sensitivity: 87dB.
Extended linear response to the accepted standard set by our famous professional monitor, Model 801.
ETD: electronic time delay.*
ETD: supersedes physical stepping, permits a flat
front baffle.
Optimization of the diminishing sound source as frequency increases.
Two completely new acoustic drivers plus an acoustically driven radiator (ADR) to further augment drive unit area in the extreme bass.
Several years ago, our DM6 was the precursor of all linear-phase loudspeakers and it is still widely copied around the world.
Meantime, our design team has been quietly working towards an elusive ideal: the correction of inter-unit time delay without the C1isadvantages -acoustical and cosmetic - of the stepped baffle configuration.
The ideal is now realized in ETD (electronic time delay) in which
t Principle o f the acoustical triangle and another significant advance
DM2000/DM3000 embody another "Significant advance towards an acoustical idea. The new drive units are laser-optimized to behave as a source which diminishes in size as frequency increase. This results in:
- Smoother directivity i Clex.
- Better defined stereo perspective
- Improved depth Imagery.
- Broader options for seating.
Behind this development is the principle of the acoustical triangle. The higher the sound frequency, the smaller the source of that sound.
At the base of the acoustical triangle are the ADR and bass drivers, which take care of the very lowest frequencies (say bass drum). At its apex is the center of the tweeter dome, which handlesthe very highest frequencies (triangle for example).
SPECIFICATION
DM2000 I DM3000
Frequency response (both models)
Frequency response: 20Hz to 22kHz.
50Hz to 20kHz ± 2dB at center of the listening window at 2m.
Bass response: - 6dB at 35Hz, optimized to give essentially flat
3rd-octave response down to 20Hz with asymmetrical room loading.
Low-frequency system
Passive-radiator type, with | Passive-radiator type with
one active bass driver | two active bass drivers.
Dispersion (both models)
Vertical: ±1.5dB over 10" arc 20Hz to 10kHz.
Horizontal: +0, - 2dB over 40° arc 20Hz to 10kHz.
Drive units
Three vertically in-line. | Four vertically in-line.
Both electronically corrected for minimum inter-unit time delay.
Bass/midrange driver BK200L I Bass/midrange drivers BK200H
Diaphragm: 160mm dia. aromatic polyamide fibre matrix cone.
Voice coil: 30mm dia. high-temperature Kapton.
High-frequency driver TX26 {both models)
Diaphragm: 26mm dia. special polyamide, laser-optimised.
Crossover & filter network
True 4th-order acoustic Butterworth | True 4th-order acoustic Butterworth-
characteristic, computer- | squared characteristic, computer optimized to greater than
- 40dB | optimided to greater than - 40dB
reference OdB level, giving 24dB per | reference OdB level, giving 24dB per
octave attenuation in the stop band. | octave attenuation in the stop band.
Crossover frequency 3kHz. | Bass driver 1st-order difference
| filter. Crossover frequencies 500Hz
| and 3kHz.
Distortion (both models)
For a nominal s.p.l. of 95dB at 1m.
20Hz-200Hz 200Hz-20kHz
Second harmonic: less than 3.0% 1.0%
Third harmonic: less than 1.0% 0.5%
lmpedance (both models)
8ohms nominally throughout entire operating range.
Sensitivity
1 watt into 8ohrns load | fwatt into 8ohms load
for a s.pJ. of 87dB at 1m| for a s.p.l. of 89dB at 1m,
sinewave input at 500Hz |Sinewave input at 500Hz.
Power handling
Minimu amplifier 50 watts | Minimum amplifier 80watts
into 8ohms | into 8ohms.
Both models have no upper limit because of electronic overload protection device.
Dimensions
Height: 820mm (32-1/4in). |Height: 985mm (38-3/4in).
Width: 310mm (12-1/4in). |Width: 310mm (12-1/4in).
Depth: 400mm (15-3/4in). |Depth: 400mm (15-3/4in).
Weight
25kg (55lb). |35kg (77lb).
Geen irritant hoog of laag maar zoals de muziek moet klinken.
Wegens ruimtegebrek gaat de DM2000 of DM3000 eruit, zie mijn andere advertentie.
Orginele bruine stofdoek is vervangen door grijs.
Is makkelijk te vervangen.
Hoogte 98,5 cm
Breedte 31 cm
Diepte 40 cm
35 KG
From The Vendor
All the vast knowledge and expertise gained from the experience of building loudspeaker systems that have led the world for two decades has gone into the creation of models DM2000/DM3000.They are at the top of the exciting new generation of B&W Digital Monitors.
DM2000 is a floor-standing model incorporating completely new, inter-related concepts in enclosure styling, drive units and equalization. A true digital monitor with performance and appearance further enhanced by the most recent advances in B&W loudspeaker technology.
Sensitivity: 87dB.
Extended linear response to the accepted standard set by our famous professional monitor, Model 801.
ETD: electronic time delay.*
ETD: supersedes physical stepping, permits a flat
front baffle.
Optimization of the diminishing sound source as frequency increases.
Two completely new acoustic drivers plus an acoustically driven radiator (ADR) to further augment drive unit area in the extreme bass.
- ETD (electronic time delay) realization of an ideal
Several years ago, our DM6 was the precursor of all linear-phase loudspeakers and it is still widely copied around the world.
Meantime, our design team has been quietly working towards an elusive ideal: the correction of inter-unit time delay without the C1isadvantages -acoustical and cosmetic - of the stepped baffle configuration.
The ideal is now realized in ETD (electronic time delay) in which
t Principle o f the acoustical triangle and another significant advance
DM2000/DM3000 embody another "Significant advance towards an acoustical idea. The new drive units are laser-optimized to behave as a source which diminishes in size as frequency increase. This results in:
- Smoother directivity i Clex.
- Better defined stereo perspective
- Improved depth Imagery.
- Broader options for seating.
Behind this development is the principle of the acoustical triangle. The higher the sound frequency, the smaller the source of that sound.
At the base of the acoustical triangle are the ADR and bass drivers, which take care of the very lowest frequencies (say bass drum). At its apex is the center of the tweeter dome, which handlesthe very highest frequencies (triangle for example).
SPECIFICATION
DM2000 I DM3000
Frequency response (both models)
Frequency response: 20Hz to 22kHz.
50Hz to 20kHz ± 2dB at center of the listening window at 2m.
Bass response: - 6dB at 35Hz, optimized to give essentially flat
3rd-octave response down to 20Hz with asymmetrical room loading.
Low-frequency system
Passive-radiator type, with | Passive-radiator type with
one active bass driver | two active bass drivers.
Dispersion (both models)
Vertical: ±1.5dB over 10" arc 20Hz to 10kHz.
Horizontal: +0, - 2dB over 40° arc 20Hz to 10kHz.
Drive units
Three vertically in-line. | Four vertically in-line.
Both electronically corrected for minimum inter-unit time delay.
Bass/midrange driver BK200L I Bass/midrange drivers BK200H
Diaphragm: 160mm dia. aromatic polyamide fibre matrix cone.
Voice coil: 30mm dia. high-temperature Kapton.
High-frequency driver TX26 {both models)
Diaphragm: 26mm dia. special polyamide, laser-optimised.
Crossover & filter network
True 4th-order acoustic Butterworth | True 4th-order acoustic Butterworth-
characteristic, computer- | squared characteristic, computer optimized to greater than
- 40dB | optimided to greater than - 40dB
reference OdB level, giving 24dB per | reference OdB level, giving 24dB per
octave attenuation in the stop band. | octave attenuation in the stop band.
Crossover frequency 3kHz. | Bass driver 1st-order difference
| filter. Crossover frequencies 500Hz
| and 3kHz.
Distortion (both models)
For a nominal s.p.l. of 95dB at 1m.
20Hz-200Hz 200Hz-20kHz
Second harmonic: less than 3.0% 1.0%
Third harmonic: less than 1.0% 0.5%
lmpedance (both models)
8ohms nominally throughout entire operating range.
Sensitivity
1 watt into 8ohrns load | fwatt into 8ohms load
for a s.pJ. of 87dB at 1m| for a s.p.l. of 89dB at 1m,
sinewave input at 500Hz |Sinewave input at 500Hz.
Power handling
Minimu amplifier 50 watts | Minimum amplifier 80watts
into 8ohms | into 8ohms.
Both models have no upper limit because of electronic overload protection device.
Dimensions
Height: 820mm (32-1/4in). |Height: 985mm (38-3/4in).
Width: 310mm (12-1/4in). |Width: 310mm (12-1/4in).
Depth: 400mm (15-3/4in). |Depth: 400mm (15-3/4in).
Weight
25kg (55lb). |35kg (77lb).