Noch keinen Account? Benutzerkonto anlegen
Ihr Warenkorb ist leer
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 18 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction. Features fully annealed refined copper wire, baked enamel insulator, and perfect layer construction. The thin enameled wire permi
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 14 gauge perfect layer wound air core inductors are an excellent choice for high quality crossover construction where large power handling is required. Features fully annealed refined copper wire, baked enamel insulator and perfect layer cons
Dayton Audio 16 gauge copper foil inductors are for those of us who demand the very best in audio components. Copper foil inductors offer better heat dissipation, reduced voltage stress, and greater mechanical strength than round-wire inductors.
Dayton Audio 16 gauge copper foil inductors are for those of us who demand the very best in audio components. Copper foil inductors offer better heat dissipation, reduced voltage stress, and greater mechanical strength than round-wire inductors.
