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These high quality bi-polar (non-polarized) electrolytic capacitors are perfect for your next crossover design. They feature a 5% dissipation factor and are rated at 100V which are effective to approximately 200 watts.
These high quality bi-polar (non-polarized) electrolytic capacitors are perfect for your next crossover design. They feature a 5% dissipation factor and are rated at 100V which are effective to approximately 200 watts.
These high quality bi-polar (non-polarized) electrolytic capacitors are perfect for your next crossover design. They feature a 5% dissipation factor and are rated at 100V which are effective to approximately 200 watts.
These high quality bi-polar (non-polarized) electrolytic capacitors are perfect for your next crossover design. They feature a 5% dissipation factor and are rated at 100V which are effective to approximately 200 watts.
These high quality bi-polar (non-polarized) electrolytic capacitors are perfect for your next crossover design. They feature a 5% dissipation factor and are rated at 100V which are effective to approximately 200 watts.
These high quality bi-polar (non-polarized) electrolytic capacitors are perfect for your next crossover design. They feature a 5% dissipation factor and are rated at 100V which are effective to approximately 200 watts.
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Very soon after its market launch in 1992 the MCap® SUPREME Classic has been internationally acclaimed as top-class capacitor. Today it is considered by many users as a milestone in the modern audiophile capacitor generation.
Very soon after its market launch in 1992 the MCap® SUPREME Classic has been internationally acclaimed as top-class capacitor. Today it is considered by many users as a milestone in the modern audiophile capacitor generation.
The MCap® EVO was designed in 2012 as the successor of the RXF to facilitate utmost musical enjoyment even in small spaces on a limited budget. The PP capacitor film used here is first metallised with the thickest possible aluminium layer, then wound prec
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
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
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
Inspiriert von der beliebten MR-Reihe basiert die CMR-Reihe auf einer Serienfolienkonstruktion und Acrylrohrdämpfung. Die CopperConnect-Technologie reduziert die Korngrenzenübergänge des Endanschlusses drastisch und ermöglicht es, schmalere Folien für ein
