STONES SOUND STUDIO         MUNDORF

	Mundorf -Supreme Capacitor -Silver in Oil
	Voltage rating 1500 V  DC     Russell Storey
	Capacitance
	Metallisation: 99.99% Silver         Tolerance :1% #Munforf Supreme Silver Oil Capacitor #Munforf Supreme Mcap Capacitor #Munforf  MOX resistor #Mresist Supreme resist #Solen Inductors      # Elna Cerafine Electrolytic capacitor #Solen(SCR) Capacitor Tin Foil     # Components Speaker

Mundorf's advanced winding technology enables the production of induction-free capacitors for wonderfully spacious and detailed sound reproduction. Over the last ten years these properties have made the M-Cap Supreme an international best-seller.
This product is an oil impregnated metallised polyprophylene dielectric capacitor, with the same series wiring as the MCap-Supreme capacitors. As the name indicates, high-purity silver is used for the capacitor coating and the winding is impregnated with a special oil developed in an exhaustive series of experiments and listening tests. Both these features contribute to an even fuller and smoother tonal richness and diversity. This capacitor’s ability to bring out the finest nuances and the most subtle distinctions make the music sound more alive and “juicy”, yet without unnatural emphasis of any individual effects.
State-of-the-art metallised polypropylene foils make it possible to maintain extremely exacting production tolerances. These manufacturing tolerances are one of the key reasons for the wonderfully spacious music reproduction achieved with these capacitors. The long-term capacitance stability of these products is equally important, of course. Without it there is no way to achieve really constant performance. Mundorf are confident that this capacitor once again underlines their long-standing status as one of the leading international innovators in the quality audiophile components field.
Specifications:
• Capacitance: 0.01 - 10 µF
• Dielectric: Polypropylene
• Metallisation: 99.99% Silver
• Dielectric strength: 1200 VDC
• Tolerance: ±2%, typically ±1%
• Loss angle tan  = 0.0002 to 1kHz
• Loss angle tan  = 0.00011 to 10kHz
Dimensions:

                                                                                                                             

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