-
TT140AS: difuzor midbass cu membrana sandwich hartie-aluminiu
-
JET III: tweeter cu tehnologie Air-Motion-Transformer (folded foil)
Little gem, BS 133 JET:
The BS 133 JET is the ideal loudspeaker box for small and medium-sized rooms, up to approx. 50 m². With its compact front dimensions of 29 × 17.5 cm, it can be built into shelves without difficulty, or can also be mounted freestanding on the optional LS 70 loudspeaker stand.
With its attractive contours and the deep gloss finish of the baffle, this loudspeaker will immediately stand out, without taking over the room. You will be amazed at the scale of sound produced by this small loudspeaker and its ability to bring out the finest musical detail effortlessly.
Standul LS 70 este disponibil ca accesoriu perfect adaptat acestei incinte acustice (protectiile metalice inserate in baza incintei se potrivesc exact pe cele trei spike-uri ale standului; in plus fixare de siguranta cu surub).
|
Treble Unit
JET III used in all ELAC's Classics
 |
The ELAC JET tweeter is one of the most legendary tweeters in the hi-fi trade and has won international renown with its unusual transparent and effortless sound image.
The JET tweeter was delveloped to perfection on the basis of the famous 'Air Motion Transformer' by loudpseaker pioneer Dr Oskar Heil. Its principle: a concertinaed foil membrane is driven by a strong magnet system of neodymium rods.
This 'motor' drives the air considerably faster than the conventional pistonic technique. High sensitivity and extraordiary dynamics are the result. Due to continuous improvement, the JET III tweeter now creates an effortless and airy resonance-free image up to 50,000 Hz, and with its linear frequency response is ideally suited for the reproduction of DVD-A and SACD.
|
Midbass Unit
 |
TT 140 AS midbass
The woofers of the 120 Series are designed in the ELAC proprietary aluminium sandwich technique. In a special glueing procedure, an aluminium foil of 0.2mm is joint to a pulp fibre cone to form a sandwich membrane.
The result: reduced partial oscillations, no distortions and an optimised large signal behaviour. |
|
