B&C Speakers 12CXN76 12-Inch Neodymium Coaxial Professional Audio Transducer

The 12CXN76 from B&C Speakers is a highly efficient 12-inch coaxial professional audio driver engineered for compact, high-output sound reinforcement environments. By seamlessly combining a high-performance low-frequency woofer and a precision high-frequency compression driver into a single, unified point-source assembly, this driver completely eliminates time alignment errors and phase anomalies common in separated component setups.The heart of this transducer is a single, lightweight, multi-segment neodymium ring magnet structure that drives both the woofer and the tweeter simultaneously while minimizing overall cabinet weight. The low-frequency portion features a robust 3-inch copper voice coil and an exponential cone treated with a protective waterproof coating to handle demanding environmental elements. The high-frequency section features a 3-inch polyester/titanium composite diaphragm mated to a specialized integrated waveguide to deliver ultra-smooth, uniform 80-degree conical coverage with minimal distortion. Built on a rigid cast aluminum chassis with dual-entry multi-terminal connections, this driver is an ideal foundation for high-end studio monitors, compact stage wedges, and top-tier PA installations.Key SpecificationsGeneral & Mechanical DimensionsNominal Basket Diameter: 12 inches (320 mm)Overall Frame Diameter: 12.4 inches (315 mm)Baffle Cutout Diameter: 11.1 inches (282 mm)Total Driver Depth: 6.7 inches (170 mm)Net Weight: 11.0 lbs (5.0 kg)Magnet Assembly Type: Single Neodymium RingChassis Material: Heavy-duty Cast AluminumNominal Coverage Dispersion: 80° ConicalLow-Frequency (LF) UnitNominal Impedance: 8 OhmsMinimum Impedance: 6.5 OhmsNominal Power Handling (AES): 350 WattsContinuous Program Power Handling: 700 WattsSensitivity (1W/1m): 99.0 dBFrequency Range: 45 Hz – 1,800 HzVoice Coil Diameter: 3.0 inches (76 mm)Voice Coil Winding Material: CopperCone Treatment: Waterproof coating (Front & Rear)Linear Excursion (Xmax): ± 4.0 mmHigh-Frequency (HF)