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12″ B&C CLX64
Key Features
500 W continuous program power capacity
60° nominal coverage
54 – 18000 Hz response
96 dB sensitivity
Single Neodymium magnet assembly
Aluminum demodulating ring for very low distortion -
10″ B&C CXN64
Continuing our never-ending quest for higher output, we now offer our popular single neodymium magnet coaxials with larger voice coils for increased power handling. A significant increase in magnet mass…
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10″ B&C CLX64
Key Features
500 W continuous program power capacity
70° nominal coverage
70 – 18000 Hz response
94 dB sensitivity
Single Neodymium magnet assembly
Aluminum demodulating ring for very low distortion -
6.5″ B&C CXN36
Unique to B&C, a complete lineup of high sensitivity and power handling 4”, 5″ and 6.5″ frame transducers. These high technology products are made with our famously critical quality control,…
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5″ B&C CXN44
Key Features
300 W continuous program power capacity
80° nominal coverage
70 – 18000 Hz response
86.5 dB sensitivity
Aluminium demodulating ring for very low distortion -
5″ B&C CXN36
Unique to B&C, a complete lineup of high sensitivity and power handling 4”, 5″ and 6.5″ frame transducers. These high technology products are made with our famously critical quality control,…
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4″ B&C MCX36
Unique to B&C, a complete lineup of high sensitivity and power handling 4”, 5″ and 6.5″ frame transducers. These high technology products are made with our famously critical quality control,…
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4″ B&C CXN36 8Ω|16Ω
Unique to B&C, a complete lineup of high sensitivity and power handling 4”, 5″ and 6.5″ frame transducers. These high technology products are made with our famously critical quality control,…
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2″ B&C DCM420 8Ω|16Ω
B&C engineers have been working for the last five years on a family of next generation high frequency devices. Compression drivers are the linchpin of a PA system: operating at…
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2″ B&C DE1095TN
The DE1095TN is one of the latest versions of our premium 100mm (4.0 in) voice coil, neodymium high frequency driver. The diaphragm in this model has been completely redesigned to…
