Jantzen Audio 001-6183 | 270 µF | 5% | 100 V
SKU:
001-6183
270 µF
±5%
Achieve precise crossover tuning in high-end audio systems with this 270 µF electrolytic capacitor from Jantzen Audio. Its axial design simplifies installation in tight spaces. The component offers a ±5% tolerance and a 100 V voltage rating.
3 190 Ft
(2 512 Ft + VAT)
Saját raktár
Out of stock
Külső raktár 2.
8 pcs
júl. 9.
Fast Delivery
2-5 working days
Secure Payment
Barion & SSL protection
14 Days Exchange
We take it back without question
Kapacitás
Technical data
| Capacity |
270 µF
|
| Tolerance | |
| Dimensions (mm) | |
| Rated voltage |
100 V
|
| Knitting style |
The Jantzen Audio 001-6183 is a premium 270 µF electrolytic capacitor, engineered for audiophiles and professionals who demand uncompromising signal purity in their loudspeaker designs. As a key component from a brand renowned for high-fidelity audio parts, this capacitor ensures reliable performance in critical crossover networks. Its primary application lies in fine-tuning loudspeaker crossovers, where precise capacitance values directly influence frequency response and soundstage accuracy. The 5% tolerance guarantees consistent results, making it ideal for both custom builds and restoration projects where original specifications must be matched. Technically, this axial capacitor features a 100 V voltage rating, providing ample headroom for high-power audio systems without risk of breakdown. The compact 18 x 44 mm dimensions allow for straightforward installation in confined enclosures, while the axial lead style simplifies wiring in point-to-point or PCB layouts. Constructed with Jantzen Audio’s rigorous quality standards, it offers low equivalent series resistance (ESR) and excellent long-term stability, ensuring minimal signal degradation over extended use. Whether upgrading a vintage amplifier or constructing a state-of-the-art speaker system, this capacitor delivers the precision and durability required for exceptional audio reproduction.
No reviews for this product yet.








