Dayton Audio 18 gauge iron core inductors are the most cost effective choice when large inductance values are needed for subwoofer crossovers. Features fully annealed refined copper wire with baked enamel insulation, wrapped around a laminated iron core.
High-purity copper wire wound around a Permite core with discs.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
High-purity copper wire, “baked” into a perfect shape to create a distortion-free inductor, for all audio applications.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise. Ferrite Cores are sintered from a metal-plastic-powder.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise. Ferrite Cores are sintered from a metal-plastic-powder.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise. Ferrite Cores are sintered from a metal-plastic-powder.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise. Ferrite Cores are sintered from a metal-plastic-powder.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
MCoil Foil coils are wound layer by layer and are of particularly low-capacitive, even though their similarity to our foil wound capacitors would suggest otherwise.
