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MCAP-SUPREME<br />
CAPACITORS<br />
The M-CAP SUPREME has been internationally acclaimed as the ultimate high-end capacitor.<br />
Its outstanding sound performance is achieved with a unique combination of advanced<br />
technologies:<br />
• Special induction-free winding technology: Two capacitor windings are interleaved so<br />
that their inductances effectively cancel each other out. These two windings are connected<br />
in series. This means that it takes two 2µF windings to make a single 1µF M-CAP<br />
SUPREME capacitor – the same amount that it would take to produce a full 4µF of<br />
capacity using conventional technology!<br />
• Best available materials: The polypropylene film used for the M-CAP SUPREME has<br />
exceptionally low loss characteristics.<br />
• Sturdy plastic and aluminium cases: This prevents microphone effect feedback, thus<br />
protecting important signal details.<br />
• The resulting listening experience more than justifies all the effort we put into the<br />
M-CAP SUPREME. No other capacitor delivers a more spatial sound with such<br />
perfect reproduction of the finest musical nuances.<br />
No matter where you use the M-CAP SUPREME – as a coupling capacitor in your CD player<br />
or amplifier, or in the crossover of your speakers – you always get the same surprising and<br />
impressive performance. This capacitor mobilises such unbelievable reserves in your sound<br />
system that it is really justified to speak of a new dimension of music reproduction.<br />
Furthermore, the effect is not only achieved with very expensive high-end components. It<br />
delivers a significant enhancement in more price-conscious configurations, making it a very<br />
worthwhile upgrade. (Review: Klang & Ton 4/98, p. 68)<br />
D<br />
If you’re serious about high end, you need to try this capacitor!<br />
L<br />
Specifications:<br />
Dielectric: Polypropylene<br />
Dielectric strength: 1.200/800V DC<br />
Tolerance: ±2%, typ. 1%<br />
Loss angle tan δ: 0.00002 at 1kHz, 0.00001 at<br />
10kHz<br />
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