• Incl.Excl.
    VAT
    • Customer Support
    English
  • Incl.Excl.VAT
    • 0
    Cart

    Your cart is empty

    Close

    Categories

    Filters
      View all results (0)
        CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor

        Audio Note CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor

        €13,45

        10+ In stock

        Add to cart

        Audio Note CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor

        0 reviews
        0 from 5
        0 reviews
        5 stars
        0%
        4 stars
        0%
        3 stars
        0%
        2 stars
        0%
        1 star
        0%
        View all reviews
        Brand: Audio Note
        Show all Electrolytic capacitors
        Polar
        CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor
        € 11,12€ 13,45 10+ In stock
        +-
        Add to cart

        Buy now, pay later

        • We ship to 
        • Ordered now, shipped tomorrow
        • At least two years warranty
        • 45-day cooling-off period to return
        • Customer rating:
        Request quotation
        Do you have a question about this product?

        Do you have a question about this product?

        Our employee is happy to help you find the right product

        CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor

        Product description Audio Note CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V

        The Audio Note CAP-100-STDR-1000U-63V is a polarised Standard Electrolytic Capacitor with 1000 µF capacitance, 20% tolerance, and a 63 V rating, developed for audio-focused electronic applications.

        Highlights of the Audio Note CAP-100-STDR-1000U-63V

        • 1000 µF capacitance with 20% tolerance
        • 63 V voltage rating
        • Standard Audio Note electrolytic audio capacitor
        • Polarised construction
        • Combines high quality electrolyte, standard paper, and specially developed foil

        Product details Audio Note CAP-100-STDR-1000U-63V

        Audio Note CAP-100-STDR-1000U-63V 1000 µF 20% 63 V Standard Electrolytic Capacitor, polarised

        Audio Note’s Standard Electrolytic capacitors are designed as audio-grade electrolytics for use where sound quality and dependable electrical performance both matter. This CAP-100-STDR-1000U-63V version provides a 1000 µF value with a 63 V rating in a polarised format.


        The construction combines a high quality electrolyte with selected standard paper and a specially developed foil. This material choice is central to Audio Note’s Standard range and supports its role in refined audio components and related electronics.


        With its 63 V rating and 1000 µF capacitance, this capacitor is suitable for audio circuit positions that require a polar electrolytic part of this value, including appropriate power supplies within the capacitor’s voltage rating.


        The Standard Electrolytic series forms the starting level in Audio Note’s electrolytic capacitor range, while still being engineered specifically for audio use. Choose this component when your build or service work calls for an Audio Note polarised electrolytic capacitor with the CAP-100-STDR-1000U-63V specification.

        Show more

        Specifications

        Article number
        CAP-100-STDR-1000U-63V
        Capacitance (µF)
        1000 µF
        Voltage Rating
        63 V
        Tolerance
        20%
        Dimensions: Ø * L (mm)
        25 x 16
        Termination Style
        Radial

        Show more

        Reviews

        0 reviews
        Review this product

        There are no reviews written yet about this product..

        CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor
        € 11,12
        € 13,45
        CAP-100-STDR-1000U-63V | 1000 µF | 20% | 63 V | Standard Electrolytic Capacitor
        10+ In stock
        Add to cart
        Compare 0

        Add another product (max. 5)

        Start comparison