Mundorf MCAP630-1,00 | 1,00 µF | 3% | 630 V | Mcap Classic capacitor

€7.45

The MCap® Classic series has formed the basis of the Mundorf audio film capacitors since 1990. Avoiding an additional housing, the simple printing method and the classic longitudinal structure make it possible to create our most compact and cost-effective MKP-types.

8 in stock

SKU: MCAP630-1,00 Categories: , ,
Description

Highlights

  • Compact and cost-effective MKP-types
  • Made in Germany
  • High voltage rating

 

Product details

Mundorf MCAP630-1,00 | 1,00 µF | 3% | 630 V | Mcap Classic capacitor

 

The MCap® is an audiophile metallized polypropylene capacitor. In selection of the materials used, special attention was given to the sound properties. The practically induction-free type of construction and the low loss factor of the MCap® results in a very “quick” capacitor. The MCap® forms the basis for vivid music reproduction rich in nuance. True to our motto of “Inner Excellence”, the best material selection and highest production quality guarantee low tolerances and the highest standards of safety in use, even in our entry-level model. The MCap® Classic’s three-dimensional, precise sound pattern, the richly detailed, harmonic music playback and dynamics are guaranteed with aluminised PP capacitor film.

 

Specifications: Dielectric: Polypropylen • Dielectric strengh: 250-630 VDC • Metall-foil: 6 μm Tin • Loss factor: tan∂ = 0.0002@1kHz@1μF • Permissible ambient temperature 85°C/185°F

Specifications

Article number MCAP630-1,00
EAN 4060158002185
Capacitance (µF) 1.0 µF
Voltage Rating 630 V
Tolerance 3%
Dimensions: Ø * L (mm) 16 x 26
Termination Style Axial
Dielectric Polypropylen
Dielectric strengh 250-630 VDC
Metall-foil 6 μm Tin
Loss factor tan∂ = 0.0002@1kHz@1μF
Article number MCAP630-1,00
EAN 4060158002185
Additional information
Capacitance (µF)1.0 µF
Voltage Rating630 V
Tolerance3%
Dimensions: Ø * L (mm)16 x 26
Termination StyleAxial
DielectricPolypropylen
Dielectric strengh250-630 VDC
Metall-foil6 μm Tin
Loss factortan∂ = 0.0002@1kHz@1μF
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