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5_ Acoustic chambers with different<br />
loading. The tweeter can be used in<br />
different configurations, since it is<br />
possible to choose the best Q for the<br />
system by changing the rear acoustic<br />
chamber. The chambers simulate<br />
sealed box configuration; they are<br />
filled with natural, non-woven absorbing<br />
material for the component best<br />
damping. The small chamber increases<br />
Q factor and makes the tweeter slope<br />
sharper; the big one makes slope<br />
smoother at lower frequencies.<br />
6_ Die-cast aluminium alloy face plate.<br />
Stiffness, damping and lightness,<br />
reflections analysis and sound<br />
accuracy for a component which<br />
surpasses any other references.<br />
7_ Ultra-light Mylar membrane, 117x15 mm,<br />
with silver deposit. The special<br />
treatment with valuable metal gives<br />
Mylar the right tiffness; thanks to it,<br />
to the material lightness and to the<br />
magnet special structure, frequency<br />
response can go from 70 to 35000 Hz.<br />
8_ Dipolar emission. Acoustic radiation is<br />
not affected by a back load; this way<br />
the membrane works in maximum<br />
symmetry, with ideal damping,<br />
5<br />
ensuring the most natural,<br />
colorless musical reproduction.<br />
9_ Paper cone with cotton fibers<br />
molded with water-repellent<br />
impregnating materials. The<br />
exponential profile without dust<br />
cover gets very close to the ideal<br />
one, providing exceptional<br />
dispersion. The use of a paper<br />
support optimises mechanical<br />
coupling, eliminating break-up<br />
phenomena and ensuring the<br />
smoothest high frequency response.<br />
6 7<br />
8<br />
9
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