EV compression driver requirements call for ultra-precise tolerances, state-of-the-art modeling routines, and exceptional engineering expertise. Manufacturing techniques are frequently pushed to process limits, and materials are formed and stabilized with cutting-edge systems and controls. Each EV compression driver‘s parameters are tightly controlled to ensure world-class performance, putting these drivers at the top of the class in every respect.Compare Specifications
Medium-format, ferrite compression driver. 2“ titanium diaphragm 1“ screw-on exit, 40-watt power rating. For use in applications where cost is an important factor but high-performance is necessary. An ADH-5 adaptor is required for EV HP horns. An ADH-3 adaptor is required for 1“ throat horns.
Small-format, ferrite compression driver. 1.25“, titanium diaphragm one“, screw-on exit. Twenty-watt power rating. Works well with direct-radiating woofers in high-value, moderately high-output, two-way loudspeaker systems. For use as a super tweeter in custom high-performance systems. An ADH-5 adaptor is required for EV HP horns. An ADH-3 adaptor is required for one“ throat horns.
Large-format, ferrite compression driver. Three“, titanium diaphragm. 1.4“ exit. Seventy-five-watt power capacity Large-format performance at lower cost, very similar to the ND6 flagship, but with slightly lower magnetic strength and slightly lower sensitivity. An ADH-6 adaptor is required for EV HP horns.
Large-format, neodymium compression driver. Three“, titanium diaphragm 1.4“ exit Seventy-five-watt power capacity EV finest compression driver delivers world-class performance in any application, and is used in EV‘s best loudspeaker systems.
Large-format, neodymium compression driver. Three“, titanium diaphragm 1.4“ exit Fifty-watt power capacity. Takes full power down to 500 Hz, for use in high-performance applications where the crossover frequency is below the ND6 1,000 Hz.