Haut-parleur 38cm Precision Devices PD.153ER
[PD.153 ER-8] Avis/Critiques Combining excellent bass performance with the advantage of an extended, very fast mid range frequency response, the PD.153ER is an excellent choice where a small format high frequency unit dictates a higher crossover point than can be achieved with other, more conventional, 15” transducers.
A popular choice for stage wedges when a faster mid range attack is required. Also suitable for bass guitar.
DISPONIBLE EN VERSION 4 et 16 OHM sur commande et par 2 pièces uniquement.
• Heavy duty 15” cast aluminium frame with extra wide flange for increased rigidity
• Bass Mid
• Field replaceable magnet for touring applications
• 400WRMS
• 3” copper voice coil assembly
• 90 oz. ceramic magnet
• A B/L in excess of 24 T/m for dynamic voicing
• Extended mid range response up to 4.5kHz
Specifications
Nominal Diameter 38cm (15”)
Power rating 1 400 Watts
Frequency range 40Hz - 4.5 kHz
Nominal Impedance 4, 8 or 16 Ohms
Sensitivity 2 (1 W 1 M) 99 dB
Resonance 40 Hz
Enc.Vol. Recommended 80 to 200 Litres
Displacement limit (peak-peak) 24 mm (0.94”)
Voice coil diameter 76 mm (3.04”)
Voice coil Copper
Voice coil winding depth 17 mm (0.68”)
Magnet gap depth 9 mm (0.36”)
Magnet material/mass Ceramic/2.5 Kg (90 oz.)
Flux Density 1.35 T
Suspension (Spider) Fabric
Cone/Surround Paper/Fabric
Dust dome Paper
Notes
1. AES Standard (50 to 500 Hz) Program 800 Watts
2. AES Recommended Practice.
Thiele - Small Parameters
Fs 39 Hz
Revc 5.7 Ohms
Qts 0.222
Qms 4.45
Vas 160 Litres
Qes 0.234
Mms 101 grams
Sd 830 sq cm
Cms 163 μM/N
BL 24.55 T/m
Xmax 5.7 mm
Vd 4.15 x10-4 m3
No 3.90%
Pmx 400 Watts
Notes
3. Thiele - Small Parameters follow a 400 Watt preconditioning period.
Response Detail
Response measured in a half space environment using a vented enclosure of 107 litres.
Mechanical Data
Precision Devices operate a policy of continuous research and development. The implementation of new materials or production methods will always equal or exceed the published specifications, which may change without notice. Details shown on this sheet are correct at time of printing. March 2008
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