With the latest technology in Class D Digital Power Amplifiers, it offers an excellent sound quality, performance and reliability. The 12\´´ Neodymium transducer used offers a clean, undistorted low frequency reproduction at very high sound pressure levels thanks to the exclusive design of the magnetic circuit. It includes 75mm aluminium voice coil and excellent heat exchange is achieved by external magnet configuration. The high way includes a 1\´´ Neodymium driver, with 1.7\´´ pure Titanium diaphragm and flat aluminium wire voice coil, matched to an asymmetrical dispersion horn that allows the best coverage pattern of the system. It includes a 500 W Class D Amplifier to feed the low-mid way, with sound processing circuit and clip limiters. A 60 W Class AB Amplifier feeds the high way. The 24 dB/Oct Active Crossover allows low and high frequency alignment for a precise, flat response. The independent clip limiters of each amplifier allow full power reproduction without distortion, optimising the performance of the system.
With the latest technology in Class D Digital Power Amplifiers, it offers an excellent sound quality, performance and reliability. The 12\´´ Neodymium transducer used offers a clean, undistorted low frequency reproduction at very high sound pressure levels thanks to the exclusive design of the magnetic circuit. It includes 75mm aluminium voice coil and excellent heat exchange is achieved by external magnet configuration. The high way includes a 1\´´ Neodymium driver, with 1.7\´´ pure Titanium diaphragm and flat aluminium wire voice coil, matched to an asymmetrical dispersion horn that allows the best coverage pattern of the system. It includes a 500 W Class D Amplifier to feed the low-mid way, with sound processing circuit and clip limiters. A 60 W Class AB Amplifier feeds the high way. The 24 dB/Oct Active Crossover allows low and high frequency alignment for a precise, flat response. The independent clip limiters of each amplifier allow full power reproduction without distortion, optimising the performance of the system.