In offerta!

Jantzen Audio 000-0118 1,0 mH 0,198 Ω 3% 13 AWG Air Core Induttore Promo Stagionale

Il prezzo originale era: 36,95 €.Il prezzo attuale è: 18,48 €.

Pagamenti sicuri Carta, PayPal e checkout protetto
Spedizione gratuita da 56,00 € Consegna rapida in tutta Italia
Supporto rapido Assistenza su ordini e spedizioni
COD: SK0006154 Categoria: Tag:

Descrizione

Descrizione del prodotto

Descrizione del prodotto Jantzen Audio 000-0118 | 1,0 mH | 0,198| 3% | 13 AWG

The Jantzen Audio 000-0118 is a high-grade Air Core Coil with 1.0 mH inductance, designed to deliver distortion-free audio.

Highlights

  • Made with high-purity copper wire for optimum performance.
  • Modern self-supporting design, eliminating the need for plastic bobbins.
  • Low inductance tolerance of +/-3% for precise audio output.
  • Solderable enameled wire with self-bonding topcoat for easy installation.

Product details

Jantzen Audio 000-0118 | 1,0 mH | 0,198| 3% | 13 AWG | Air Core Coil

The Jantzen Audio 000-0118 Air Core Coil is a high-quality component for audio crossovers. It features a high-purity grade 1B copper wire that has been "baked" into an ideal shape to create a distortion-free inductor, making it an excellent choice for all audio applications. The coil employs a modern self-supporting design, thus eliminating the need for plastic bobbins. It also boasts a low inductance tolerance of +/-3%, ensuring accurate and reliable performance. The enameled copper wire is solderable and comes with a self-bonding topcoat, making it easy to integrate into your audio system. With its polyurethane construction with an aliphatic polyamide bond coat, it offers robust and durable performance. Opt for the Jantzen Audio 000-0118 Air Core Coil for a superior audio experience.

Show more

Mostra meno

Specifiche

Numero dell'articolo:

000-0118
EAN

9505968778769
Tipo di avvolgimento :Air core coils
Induttanza :1 mH
Resistenza DC (DCR) :0.198 ohms
Tolleranza :3%
Diametro del filo :13 AWG
Dimensioni: Ø × H (mm) :69 x 30

Show more

Mostra meno