Unique Bargains - 10pcs 2.2uF 100V Non-Polarized Electrolytic Capacitor, 17x10mm Aluminum Audio Freq Divider for DIY Speaker/Car Amp - Gold
Reviews coming soon
About this product
An aluminum foil audio capacitor is a high-capacity energy storage device that combines the advantages of rapid charging and discharging of a capacitor. Its radial terminal design facilitates through-hole PCB mounting, making it suitable for DIY projects, repair, prototyping, and hobby applications such as stepless audio trumpet, car speakers, amplifiers, etc.
10Pcs 2.2uF 100V 17x10mm Non-Polar Electrolytic Capacitor
Shell color: Gold; Nominal capacitance: 2.2uF; Rated voltage: 100V; Dimensions: 17 x 10mm / 0.67 x 0.39inches (L*W); Capacitance tolerance: Electrolytic capacitor +/-20%; Operating temperature range: -40℃~105℃; Package list: 10 x non-polarized electrolytic capacitors.
This electrolytic capacitor features a large-capacity aluminum case and a radial terminal design, providing shock and corrosion resistance, ensuring a long service life.
Non-polarized electrolytic capacitors support bidirectional current and can be used in AC circuits or reverse-polarity DC circuits, avoiding damage caused by reverse voltage. The operating temperature range is -40℃ to +105℃, performing excellently in both high-temperature environments and low-temperature environments.
Aluminum electrolytic capacitors can be radially soldered onto circuit boards for stable power supply or handling peak demands. For DIY projects, they can be integrated into audio systems to smooth signal output.
Please carefully check the capacitor's dimensions and capacitance value to ensure it meets your needs.
- BrandUnique BargainsModel Numbers26081900ux8365Product Name10pcs 2.2uF 100V Non-Polarized Electrolytic Capacitor, 17x10mm Aluminum Audio Freq Divider for DIY Speaker/Car AmpColorGoldAmperage0 amperesProduct Safety Certifications and Standard(s)Not Applicable
Reviews
This product doesn't have any reviews yet.
Compare similar products

An aluminum foil audio capacitor is a high-capacity energy storage device that combines the advantages of rapid charging and discharging of a capacitor. Its radial terminal design facilitates through-hole PCB mounting, making it suitable for DIY projects, repair, prototyping, and hobby applications such as stepless audio trumpet, car speakers, amplifiers, etc.

These subwoofer grille covers are perfect for home theater and automotive applications. They are widely used for car speakers, speaker cabinets, car subwoofer, home speaker enclosures, and more. Whether you are upgrading your car stereo or on a DIY home speaker project, these grilles provide a versatile solution for a variety of applications.

Product Details: 10" Single Ported Subwoofer Enclosure. Made from 3/4" Medium Density Fiberboard (MDF) construction. Built with precision CNC technology for exceptional accuracy. Pre-lined with Poly-Fil for improved acoustic response. Premium Black Carpet with Black NVX Logo. Spring Loaded Push Terminals. Maximum subwoofer mounting depth: 13-7/8". Subwoofer cutout diameter: 9-1/4". Internal box volume: 1. 50 cubic feet. Port Tuning Frequency (Fb): 38 Hz Dimensions: 16. 50" D x 19. 00" W x 15. 00" H. Note: NOT COMPATIBLE with VC-Series and XC-Series subwoofers. Authorized Internet Dealer. 1-year Sonic Electronix Warranty. Port Specifications: Tuning Frequency: 38 Hz. Port Width: 1. 5". Port Height: 13. 50". Port Length: 19. 85".

Product Details Foldable Silicone with egg crate foam. Foldable rings allows for perfect fitment at varying depths. Creates a tight seal around your speaker for optimum sound quality. Compatible with 5. 25" speakers. Reduce door panel vibration. Easy Installation with minimal trimming or cutting. Waterproof material. The foam baffles from the competitors will deteriorate over time, while the silicon XBAF65's will last a lifetime. Authorized Internet Dealer. 1-year Manufacturer's Warranty.
Specs
Be the first to ask a question.
We’ll try to get your question answered within 24 hours by a Best Buy customer or brand representative.
































