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Technical presentation
Cabinet design
The pyramid shape is not on y an aesthetica y neat
a so has some advantages in terms of
acoustics, since nonpara e
resonances of the cabinet.
The cabinet is made in 25mm MDF board, which has
The cabinet is further strengthened with bars, which
in tota yie ds a very stab e construction.
We have chosen a ribbon tweeter which provides
superior transient response and a very f at frequency
response The ribbon cone is super ight and on y 18
microns thin. It is a sandwich construction of rosin-
a uminium-rosin that has been hardened at 320
degrees Ce sius.
The magnet system is a 2 row high-efficient
neodymium magnets in a mou ded chassis of ceramic
carbon stee .
Fishbone shaped contactors in a uminium, yie ds a
ow connection resistance and good heat derivation.
The driver has a high power durabi ity and hand es
frequencies up to 40000 Hz which makes it DVD-
Audio and SACD-ready..
After eva uating a arge number of drivers from
different manufacturers we se ected one from Seas,
a company that has a so id reputation in the area of
high qua ity speaker drivers. You find Seas drivers
in many we -known High End speakers.
For woofer/midrange we decided on a 6,5"
magnesium driver from the Seas Exce series that
have extreme performance. We c aim that finding a
better 6,5" driver on the market is a very difficu t
task.
The surface treated magnesium cone is extreme y
ight but sti extreme y stiff and effective y reduces
resonances.
The rubber surround makes sure that no edge
resonances are present.
The mou ded meta basket of "high f ow" type that
is acoustica y transparent and high precision since
the basket is shaped exact y due to mou ding. This
makes sure that the basket is very stab e and
efficient y reduces resonances. The basket is
abso ute y none magnetica y, which contributes to
a higher efficiency of the driver.
A strong magnet combined with the ight cone
yie ds a high efficiency and a good transient
response.
Heavy copper rings mounted above and be ow the
T-shaped po e piece reduces non inear and
modu ation distortion and increases the over oad
margin.
The copper p ating of the top and bottom p ates
a ong with a so id copper phase p ug improves the
heat conduction and thus contributes to the high