• Technologie
•   Technologie 'POD'
• + Uni-Q White Paper
• Introduction
• Background
• Co-Axial Drivers
• Co-Incident Drivers
• Magnetic Design
• Acoustics
• Discussion
• Conclusion
• References
• Full Paper (PDF)
• + High End Uni-Q
• Source sonore coïncidente
• Analyse par éléments définis
• Dôme à profil
• Analyse des fronts d'ondes
• Les ensembles "moteurs" magnétiques
• Laser Vibrometry
• References
• + Reference Paper
• Introduction
• Research & Development
• Reference 207
• Production
• System Design
• Boundary Control Device
• + La technologie ACE
• Introduction
• Comment fonctionne ACE?
• L'absorption
• Améliorations
• Les résultats
• Les applications
• Technologie
• Références
• Full Paper (PDF)

Références

1. R.H.Small, Direct-Radiator Loudspeaker System Analysis, J. Audio Eng. Soc., 20 (6), 1972.

2. L.R.Fincham, A.Jones, R.H.Small, The Influence of Room Acoustics on Reproduced Sound - Part 2: Design of Wideband Coincident-Source Loudspeakers, Audio Eng. Soc. Preprint #2877, 1989.

3. A.P.Watson, Assessing the Subjective Impact of Loudspeaker Response Errors, Appl. Acous., 41, 1994.

4. J.R.Wright, An Exact Model of Acoustic Radiation in Enclosed Spaces, J. Audio Eng. Soc., 43 (10), 1995.

5. E.Cecconi, A Wide Range Co-incident Loudspeaker Drive Unit, www.kef.com/technology/uniq, 1995.

6. J.R.Wright, Finite Element Analysis as a Loudspeaker Design Tool, Audio Eng. Soc. UK Conference, 1998.

7. P.J.Anthony, J.R.Wright, Finite Element Analysis in the Design of High-Quality Loudspeakers, Audio Eng. Soc. Preprint #5162, 2000.