VSCU9-3,3
Feron-I core coil with copper foil conductor (AWG9) and paper insulator – maximum current handling capacity in a compact I-core design with very low Macro-Microphony; for maximum control and composure under load.
Technologies
Characterized by a purity of at least 99.995% copper
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Real metal foil increases current resistance, reduces vibrations and remains very stable.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Fixes the windings to form a stable unit. Vibrations are effectively damped.
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Compact, PCB-compatible Feron performance with high load capacity and very clean signal behavior.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Highest level of Macro-Microphony suppression
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Make sure that the left and right channels work identically, important for stable stage and positioning.
Tight Tolerances
Tight tolerances in capacitance, inductance, and resistance ensure that capacitors of one type are very close together in terms of their electrical properties. In crossovers, the left and right channels therefore work virtually identically: crossover frequencies, level ratios and phase positions match closely. This is the basis for stable, precise stereo imaging and reproducible results — in series production and also after service.
Tonal Effects
- precise, stable soundstage without drifting
- Coherent overall impression: left and right channels fuse into a single, seamless whole
- characteristic sound is reliably retained even after component replacement/repair
- More stable virtual center and clearer spatial layering
Technical data
Similar configurations
1 VARIANTS
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We manufacture coils in-house. This gives us flexibility—from material selection and micro-series production to standard products.
Material & design
Which coil material and design are best suited for your application? We provide independent advice, regardless of whether you ultimately choose a standard product or a custom solution.
Your material and parameter mix
Do you have a specific vision for the material, winding type, and electrical parameters? We can implement combinations outside of our standard range—either using our modular system or through a new development.
Custom small and micro-series
Thanks to our in-house production, we can manufacture coils in very small quantities—starting from a batch size of 1, provided it is economically viable. We can also provide approval samples before full-scale production upon request.
Similar products
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
OFC Copper
- Purity: at least 99.995% Cu, often 99.999% (4N) or higher
- Feature: almost oxygen-free (typically <10 ppm)
- Result: more stable grain boundaries, less oxide formation, more uniform electron flow
Massive Metal Foil
Solid metal foil means: A real metal foil forms the electrode — not a wafer-thin coating. This provides very high, uniform conductivity along the coil, reduces field gradients and enables high current carrying capacity. The higher film weight reduces field force-related vibrations and the electrode remains stable even under impulse load. This creates a robust basis for demanding applications that transfers energy directly and in a load-stable manner — without “flickering” on the electrode side.
Tonal effects
- More pressure and control in the bass/root tone, with clearer contours instead of buzzing
- Superior at level peaks: less compression, more headroom and punch without harshness
- Cleaner transients and more stable dynamics, even with fast pulse trains
- Quieter, more ordered sound: less flicker/internal discolouration, better audibility in complex passages
Baked Varnish Wire/ Resin Soaking
Baked varnish wire is enamel-insulated wire with an additional, activatable hot-melt outer layer, which has an adhesive effect when heated. The windings are thus fixed together.
Impact in practice
- The coil becomes mechanically stable and „works“ significantly less
- Micro-movements between windings are reduced
- In particular, this reduces macro-microphonic effects (the windings „work“ less) and increases “silence” during operation
Resin soaking as an alternative to baked varnish wire
If no baked lacquer wire is used, resin soaking carried out under vacuum can take over the mechanical fixing. The resin penetrates into the wrap, reduces cavities and degrees of freedom of movement and transforms the wrap into a stable compound. The result: significantly less macro microphones and an overall quieter, more precise operation of the coil.
Feron I-Core
The Feron I-Core coil uses a rod core made of grain-oriented Feron sheet metal and incorporates the material advantages of Feron in a particularly compact design. It integrates seamlessly and is frequently used on printed circuit boards.
Due to its open-core design, it remains exceptionally robust for its size and operates very cleanly at both low and high signal levels. The RDC is higher than the E-Core or Zero Ohm, but the design is significantly more economical and space-saving.
A clean layout remains important, as the magnetic stray field must be considered for PCB mounting.
Resin-Soaked Film Spools with Paper Insulator
Resin-soaked paper serves as an insulator in film coils and at the same time as a mechanical stabilizer of the wrapping package. As a result of the vacuum, the impregnating medium penetrates deeply, fills pores and cavities and combines the layers to form a compact composite.
This reduces macro microphony—i.e. the swirling of the wrap—to a minimum. The result is maximum silence, higher fine-tuning and superior dynamics, particularly in the bass and fundamental tone region.
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Sample orders are currently available to business customers only. If you have any questions about our products, you can reach us at any time by email at info@mundorf.com or by phone on +49 221 977705 - 0.
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Art & Voice Medien GmbH
Davenstedter Str. 111,
30453 Hannover
Tel. +49 511 441046
www.highend-hifi-shop.de