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12″ B&C Woofer FL76
The 12FL76 is a wide band woofer with voice forward midrange. They are especially appropriate in applications such as KTV or vocal announcements where digital processing may not be in…
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8″ B&C Woofer MDN51 8Ω|16Ω
Key Features
400 W continuous program power capacity
51 mm (2 in) aluminium voice coil
70 – 4000 Hz response
98 dB sensitivity
Neodymium ring magnet assembly
Ventilated voice coil… -
B&C CROSSOVER FB15CX40
Dedicated crossover network for 15CX40 coaxial speaker
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10″ B&C Woofer NDL88
Key Features
1400 W continuous program power capacity
88 mm (3.5 in) aluminIum wire voice coil
61 – 2500 Hz response
96 dB sensitivity
Neodymium magnet allows a very light… -
B&C CROSSOVER FB354 8Ω|16Ω
Completing the most accurate point source solution available, B&C Speakers offers the FB354 passive crossover for our DCX354 coaxial compression driver. Specifically designed for use in conjunction with the ME464, 300Hz horn, users…
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1″ B&C DE400TN 8Ω|16Ω
Key Features
100 W continuous program power capacity
1′ horn throat diameter
44 mm (1.7 in) aluminium voice coil
Titanium diaphragm
1200 – 18000 Hz response
106 dB sensitivity
Compact… -
12″ B&C Subwoofer BG100
Key Features
2000 W continuous program power capacity
100 mm (4 in) copper voice coil
40 – 1000 Hz response
93 dB sensitivity
FEA optimized Neodymium magnet assembly
Double silicone… -
6″ B&C Midrange MDN44 8Ω|16Ω
Key Features
400 W continuous program power capacity
44 mm (1.7 in) aluminium voice coil
150 – 6000 Hz response
96.5 dB sensitivity
Neodymium magnet allows a very light yet… -
1″ B&C ME45
Key Features
1″ throat entry
90° x 40° nominal coverage
Exponential flare
Very good loading down to 1 kHz -
2″ B&C DE64TN
Key Features
220 W continuous program power capacity
2″ horn throat diameter
75 mm (3 in) aluminium voice coil
500 – 18000 Hz response
107.5 dB sensitivity
Shorting copper cap… -
6″ B&C CLA51
Key Features
500 W continuous program power capacity
51 mm (2 in) aluminium voice coil
100 – 4000 Hz response
95 dB sensitivity -
1.4″ B&C DE780TN 8Ω|16Ω
While shrink-ray technology may not have escaped the 1990s, we have succeeded in creating two more highly compact drivers, not only permitting close spacing but also reducing weight and cost…
