JANTZEN AUDIO | Electrolytic capacitors

Jantzen Audio 001-6105 | 1,0 µF | 5% | 100 V

Name: Jantzen Audio elektrolit kondenzátor 1,0 µF | HQ AudioParts
Brand: Jantzen Audio
SKU: 001-6105
Availability: InStock

SKU: 001-6105

1 µF ±5%

Achieve precise signal coupling in your audio crossover with this 1.0 µF electrolytic capacitor from Jantzen Audio. It features a ±5% tolerance rating and a 100 V nominal voltage for reliable performance.

590 Ft

(465 Ft + VAT)

Saját raktár Out of stock

Külső raktár 2. 10+ pcs júl. 9.

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Kapacitás

1 1 / 32 820

1 1.5 2.2 2.7 3.3 3.9 4.7 5.6 6.8 8.2 10 12 15 18 22 27 33 39 47 56 68 82 100 120 150 220 270 300 330 470 560 820

Technical data

Capacity	1 µF
Tolerance	±5%
Dimensions (mm)	8 x 17 mm
Rated voltage	100 V
Knitting style	Axial

The Jantzen Audio 001-6105 is a 1.0 µF electrolytic capacitor engineered for high-fidelity signal coupling in audio crossover networks. This axial component delivers precise capacitance with a tight ±5% tolerance, ensuring consistent performance across your loudspeaker designs. Ideal for use in passive crossovers, this capacitor excels at blocking DC while allowing AC audio signals to pass cleanly, preserving the integrity of your music reproduction. Its 100 V nominal voltage rating provides ample headroom for demanding applications, making it suitable for both vintage restoration projects and modern DIY speaker builds. The compact 8 x 17 mm axial format simplifies installation on crowded circuit boards, while the robust construction ensures long-term reliability under continuous operation. Whether you are upgrading an existing crossover or building a new system from scratch, this Jantzen Audio capacitor offers the precision and durability required for critical audio paths. Trust in its ±5% tolerance to maintain accurate frequency division, and rely on its 100 V rating to handle transient peaks without degradation. For audiophiles and technicians alike, this component represents a dependable choice for achieving transparent sound quality in your next project.