SWAN

Using German KEVLAR reinforced paper-based composite material diaphragm, Santoprene high loss, high compliance, ultra-thin fatigue-resistant rubber ring, flat and wide frequency response, good transient characteristics, mellow tone, and low mid-low frequency distortion. High heat dissipation coating, no eddy current loss, high bearing power, 76 mm voice coil and high temperature resistant SV line voice coil, high power capacity, high performance magnetic circuit system, long stroke linear displacement design, high definition and resolution, no mechanical or thermal compression produce. The finite element precision computer simulation design integrates the high-density aluminum basin frame to eliminate parasitic structural resonance, and there is no sense of sound pollution. Hewitt's symmetrical magnetic field (SMD) drive technology makes the voice coil in a symmetrical driving magnetic field, so as to obtain a symmetrical driving force, significantly reduce the mutual modulation of the voice coil inductance and the back electromotive force, and improve the control characteristics of the speaker, and the bass is full and powerful. , the distortion is low.

 W10 is optimized for the reproduction of clean and dynamic very low frequencies at high power in small to medium vented speakers. In order to avoid air compression and internal air resonance, the W10 adopts an inner opening structure.

W10 can be widely used in A/V occasions. The W10 is an excellent unit for mid-sized speaker systems. W10 adopts Swans leading Small/Thiele parameter optimization design technology to facilitate the optimal design of the cabinet.

Impedance Curve

Frequency Response Curve

Mechanical Dimensions