BHD
JOD
KWD
LBP
OMR
QAR
USD
AED
Focal Surround BE 2-Way Surround Loudspeaker
Surround Be features an exclusive "Bi/Twin" design with twin inputs, enabling the loudspeaker to be used both in 5.1 (Bipolar mode) or 7.1 (double mono mode). This feature avoids having multiple surround loudspeakers in your Home Cinema.
Features:
- Compact high-performance loudspeaker
- Speaker drivers developed and manufactured in France by Focal
المنتجات المقترحة
التوصيل خلال 3-5 يوم عمل
فيزا وماستر كارد
منتجات شاهدها عملاء آخرون
معاينة موقع سماعة تك
تفاصيل المُنتج
- Type: Two-way sealed bipolar surround loudspeaker
- Drivers: 2 x 61/2" (16.5 cm) "W" cone bass/midrange 2 x 11/16" (27 mm) pure Beryllium inverted dome tweeters
- Frequency response (+/- 3dB): 72Hz - 40kHz
- Low frequency point - 6dB: 59Hz
- Sensivity (2.83V / 1m): 91dB
- Nom. impedance: 4 Ohms / 8 Ohms
- Minimum impedance: 3 Ohms / 6 Ohms (bipolar/mono)
- Crossover frequency: 2400Hz
- Recommended amplifier power: 40 - 200W
- Dimensions (HxLxP): 1523⁄64x1659⁄64x731⁄64" (390x430x190mm)
- Net weight: 27.77lbs (12.6kg)
- Warranty: 1 year
ماذا في العلبة
- Focal Surround BE 2-Way Surround Loudspeaker
الفيديوهات
مواصفات المُصنع
UNEQUALLED PURITY
Due to its incredible rigidity, Beryllium represents the ultimate material for a tweeter dome. After two years of research and development, Focal produced a world first: a pure Beryllium inverted dome, able to cover more than five octaves. You will improve the perception of transients and other micro details.
The pure Beryllium inverted dome tweeter offers a perfectly linear frequency response and extremely precise and detailed treble.
As well, the linearity of the speaker’s response curve is mainly a function of three opposite parameters: lightness, rigidity and damping.
Optimised acoustic performance 'W' CONE
The 'W' composite sandwich cone permits total optimization of the frequency response curve, thanks to the total control of three key parameters: lightness, rigidity and damping. These unique characteristics of lightness and rigidity provide control of the signal transmission speed inside the material.