820uF 35V Radial Electrolytic Capacitor

Reliable Filtering and Energy Storage for Everyday Projects

Upgrade your electronic circuits with our 820uF 35 Volt electrolytic capacitor, built for dependable performance in a wide range of applications. Designed for easy installation and optimal efficiency, this capacitor is perfect for power supply filtering, energy storage, and voltage smoothing in both DIY and home electronics.

Key Features of the 820uF 35V Electrolytic Capacitor

• Capacitance: 820 microfarads (µF)
• Rated Voltage: 35V DC
• Temperature Rating: Up to 105°C for stable operation in demanding environments
• Tolerance: ±20%
• Approximate Size: 13mm diameter x 26mm tall
• Lead Type: Radial leads for simple PCB mounting
• Quantity: 1 capacitor per package
• Product ID: VUPN2108

Perfect for Filtering, Power Supplies, and Storage Tasks

This high-quality 820uF 35V electrolytic capacitor is ideal for filtering AC ripple and stabilizing voltage in power supplies, audio amplifiers, and everyday electronic equipment. Its high capacitance and robust voltage rating make it suitable for energy storage and smoothing out voltage fluctuations in demanding circuits.

From linear and switch-mode power supplies to battery chargers and LED drivers, trust this radial electrolytic capacitor for long-lasting, reliable performance in your projects.

Why Choose Vetco’s Electrolytic Capacitors?

At Vetco Electronics, we offer a wide range of radial electrolytic capacitors, with capacitance values from 0.1µF to 56,000µF and voltage ratings from 6.3V to 450V. Whether you need capacitors for coupling, decoupling, filtering, or power storage, discover the right fit for circuits of every size and power level.

Each capacitor is backed by our dependable quality and knowledgeable support, ensuring you get the performance and reliability your project needs.

Browse Our Full Selection of Electrolytic Capacitors

Looking for different values or voltage ratings? View our complete collection of electrolytic capacitors to find exactly what your circuit requires, from low µF logic applications to high voltage power supply designs.