Discover our selection of capacitors specially designed for audio applications, combining sound quality and technical performance. Whether you're a demanding audiophile or an electronics professional, here you'll find capacitors to suit your needs, whether polarized or non-polarized. These components are essential for accurate and faithful sound reproduction, optimizing frequency filtering and audio circuit stability. Explore our range and enhance the sound quality of your systems with high-performance capacitors, selected to meet the highest audio standards.
Polarized capacitors are essential components for many electronic circuits, particularly in the audio field. They are specifically designed to operate with a defined polarity, making them ideal for applications such as filtering, coupling, and voltage stabilization. Our selection of polarized capacitors offers you high-quality options, tailored to your audio circuit design and enhancement needs. Whether you're looking to optimize sound clarity or stabilize your power supply, these capacitors are designed to deliver reliable, long-lasting performance in all your electronic configurations.
Discover our range of non-polarized capacitors, designed to offer maximum flexibility and stable performance in your electronic projects.
Non-polarized capacitors are essential components for many electronic applications, including audio circuits, filters and signal couplings. Unlike polarized capacitors, they can be installed in any direction, offering greater versatility in circuit assembly. Whether you're working on audio systems, filter devices or other electronic projects, these capacitors guarantee reliable, consistent performance.
Optimize and customize your electronic projects with our complete range of capacitor accessories. This category groups together a selection of items for mounting your capacitors.
Mundorf MCap Supreme Silver Oil are capacitors with an oil-impregnated metallized polypropylene dielectric. As the name suggests, high purity Silver is used for the capacitor coating and the winding is impregnated with a special oil.
Mundorf MCap Supreme Silver Oil are capacitors with an oil-impregnated metallized polypropylene dielectric. As the name suggests, high purity Silver is used for the capacitor coating and the winding is impregnated with a special oil.
Mundorf MCap Supreme Silver Oil are capacitors with an oil-impregnated metallized polypropylene dielectric. As the name suggests, high purity Silver is used for the capacitor coating and the winding is impregnated with a special oil.
Mundorf MCap Supreme Silver Oil are capacitors with an oil-impregnated metallized polypropylene dielectric. As the name suggests, high purity Silver is used for the capacitor coating and the winding is impregnated with a special oil.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
La métallisation de la feuille du condensateur MCap Supreme SilverGold est composé d'Argent pur mélangé a 1% d'Or très pur. L'or Modifie la structure cristalline d'argent et maximise son excellente conductivité électrique.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
The metallization of the MCap Supreme SilverGold capacitor foil is composed of pure Silver mixed with 1% very pure Gold. Gold modifies the crystal structure of silver and maximizes its excellent electrical conductivity.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
Thanks to the latest winding technologies, Mundorf is able to manufacture its MCap ZN capacitors from ultra-pure, RoHS-compliant tinfoil. Their high conductivity ensures lively sound reproduction of music.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.
These capacitors have been specially developed for small power amplifiers or preamplifiers. This new product replaces the M-Lytic SI series. The "Glue-On" output pins made of tinned Copper with a diameter of 1.2mm allow compatibility with most "Snap In" capacitors.