- Technology
- + Voice Coil Impedance
- + Surround Sound with Fewer Speakers
- + Optimum Diapragm Waveguide Geometry
- Pod Technology
- + Uni-Q White Paper
- + High End Uni-Q
- + Reference Paper
- + ACE Technology
Glossary
| Bl(x) | force factor (Bl product) |
| Cms(x) = 1 / Kms(x) | mechanical compliance of loudspeaker suspension |
| Exm | exponent of imaginary part in Wright model |
| Erm | exponent of real part in Wright model |
| Fm(x,i) | reluctance force |
| Krm | factor of real part in Wright model |
| Kxm | factor of imaginary part in Wright model |
| K | factor in Leach model |
| Kms(x) | mechanical stiffness of loudspeaker suspension |
| Le(x) | inductance used (cascaded model) |
| L2(x) | inductance (cascaded model) |
| Leff(f,x) | effective inductance depending on |
| Mms | mechanical mass of loudspeaker diaphragm assembly including air load and voice coil |
| n | exponent in Leach model |
| Rms | mechanical resistance of total loudspeaker |
| Re | electrical voice coil DC-resistance |
| R2(x) | resistance (cascaded model) |
| Reff(f,x) | effective losses due to eddy currents depending on frequency and displacement |
| ZL(jw,x) | complex residual impedance representing the effect of the lossy inductance (motional impedance and Re is removed) |
| W | angular frequency W=2pf |