CLARITYCAP | Foil capacitors

ClarityCap CMR | 27 µF | 3% | 400 V

Name: ClarityCap fólia kondenzátor 27 µF 400V | HQ AudioParts
Brand: ClarityCap
SKU: CMR27uH400Vdc
Availability: LimitedAvailability

SKU: CMR27uH400Vdc

27 µF ±3%

Enhance the precision of your audio crossover networks with this high-quality foil capacitor. The ClarityCap CMR series delivers reliable performance for demanding signal path applications. This component offers a capacitance of 27 µF with a tight ±3% tolerance.

37 990 Ft

(29 913 Ft + VAT)

Saját raktár Out of stock

Külső raktár 2. 10 pcs júl. 9.

Favorite

Fast Delivery 2-5 working days

Secure Payment Barion & SSL protection

14 Days Exchange We take it back without question

Kapacitás

2.2 17 / 18 35

2.2 2.7 3.3 3.9 4.7 5.6 6.8 8.2 10 12 15 16 18 20 22 25 27 35

Technical data

Capacity	27 µF
Tolerance	±3%
Dimensions (mm)	60 x 65 mm
Rated voltage	400 V
Knitting style	Axial

The ClarityCap CMR27uH400Vdc is a premium foil capacitor engineered to elevate the performance of high-fidelity audio systems. With a capacitance of 27 µF and a robust 400 VDC rating, this component is ideally suited for use in loudspeaker crossover networks, where precision and signal integrity are paramount. It also excels in high-end valve amplifiers and professional audio equipment, ensuring that every nuance of the audio signal is preserved without coloration or loss.

Technically, this capacitor features a tight ±3% tolerance, guaranteeing consistent and accurate performance across critical frequency ranges. Its axial lead style facilitates straightforward installation in point-to-point wiring or printed circuit boards, while the compact 60 x 65 mm dimensions allow for integration into space-constrained designs. The CMR series is renowned for its low dielectric absorption and high insulation resistance, minimising energy storage errors and ensuring clean signal transmission. Whether you are upgrading a vintage audio system or building a state-of-the-art crossover, this ClarityCap component delivers the reliability and sonic transparency demanded by discerning audiophiles and engineers alike.