With a resonance linearization crossover frequency of 2 kHz is possible. The efficiency fits most mid-range drivers.
· Very low distortion
· Very flat impedance curve
· Wide spread directivity
· Low x-over frequency
· Swing-out behaviour optimized for dipole use
With a resonance linearization crossover frequency of 2 kHz is possible. The efficiency fits most mid-range drivers.
· Very low distortion
· Very flat impedance curve
· Wide spread directivity
· Low x-over frequency
Swing-out behaviour optimized for dipole use
With a resonance linearization crossover frequency of 2 kHz is possible. With a sensitivity of 93 dB for this AMT is suitable for tube friends.
· Very low distortion
· Very flat impedance curve
· Swing-out behaviour optimized for dipole use
· High sensitivity
With a resonance linearization crossover frequency of 2 kHz is possible. With a sensitivity of 93 dB for this AMT is suitable for tube friends.
· Very low distortion
· Very flat impedance curve
· Swing-out behaviour optimized for dipole use
· High sensitivity
With a resonance linearization crossover frequency of 1.8 kHz is possible. The parallel connection of 3 AMTs one above the other allows the construction of a livingroom line array.
· No baffle required
· Very flat frequency response
· Swing-out behaviour optimized for dipol use