Featuring Cabasse’s SCS (Spatially Coherent Source) technology, the MC40 range is aimed at all music lovers looking for a new high-fidelity experience. Cabasse invites you to discover a new world of precision, realism and soundstage spatialization. The ultra-compact Minorca MC40, a 3-way bookshelf speaker equipped with the BC10 coaxial midrange tweeter and a Duocell membrane woofer, allows you to reach a level of emotion only previously obtainable from large speakers.
THE COAXIAL MIDRANGE TWEETER OF THE MINORCA MC40
Developed with the same innovative solutions used for the midrange-high sound reproduction of our “THE Sphère” flagship system, the BC10 adds depth and soundstage realism to the fidelity of the timbres, without artifice or auditory fatigue. A speaker that is unrivalled at this price level.
DUOCELL CONE WOOFERS
The 17 cm woofer of the Minorca MC40 is fitted with a Duocell cone designed by Cabasse and manufactured with Cabasse robotics. The very light, but rigid and nicely damped membrane has an exponential profile and variable thickness, to obtain maximum use of the dynamic qualities of long stroke motors and a high force factor in order to bring all the precision and vivacity necessary for high fidelity, true to live sound.
CROSS-OVERS WITH VARIABLE SLOPES
The Cabasse development protocol combines numerous measurements in an anechoic room, combining on-axis and 360° results. It guarantees a perfect control of both the directivity index and the total radiated power all along the frequency bandwidth to match the SCS principles. It is a key process, together with listening sessions, in the development of the cross-over boards. The slopes can vary from 6 to 24 dB per octave for an optimal acoustical phasing, taking into account the influence of the external shape of the enclosure to optimise the qualities of the co-axial drive-units.
BC10 coaxial midrange-Tweeter 10 cm ring – 2.7cm 12cm/4″ annulaire – dôme 2.7 cm/1″
Bass: 1 x 17cm/1″ MD18LB1 Duocell
Filter 900 – 3 200 Hz
Frequency response 65 – 23 000 Hz
Efficacité 1 W / 1 m