680uF 16V Electrolytic Capacitor Reliable Power for Your Projects

Dependable 680uF 16V Electrolytic Capacitor

Upgrade your circuits with this 680uF 16V radial electrolytic capacitor. Ideal for everyday consumers, electronics enthusiasts, and DIY repair projects, this high-capacity, high-reliability component is perfect for use in power supply filtering, energy storage, and smoothing out voltage in audio or electronic devices.

Key Features and Benefits

• Capacitance: 680 microfarads (680uF) perfect for filtering and energy storage in power supplies and amplifiers.
• Voltage Rating: 16 Volts DC suitable for common low-voltage and portable device designs.
• High Temperature Rated: Up to 105C for reliable performance even in demanding environments.
• Radial Lead Design: Easy to install on standard circuit boards for hobbyists and professionals alike.
• Compact Size: Approx. 10mm diameter 12.5mm tall fits easily into most electronic assemblies.
• Excellent Filtering: Smooths out ripple and supplies steady power in audio gear, LED lighting, and DC power adapters.
• Brand: NTE Electronics
• Product ID: VHT680M16

Perfect For a Variety of Applications

This 680uF 16V electrolytic capacitor excels at filtering and voltage smoothing in low-voltage power supplies, audio amplifiers, and other electronic devices. Its commonly used for:

• Power supply capacitor replacement or repair
• Energy storage in portable and battery-powered electronics
• Filtering DC voltage in amplifiers and pre-amps
• General circuit upgrades or custom electronic projects

Technical Specifications

• Capacitance: 680uF
• Voltage: 16V DC
• Lead Style: Radial
• Temperature Rating: 105C
• Dimensions: 10mm (D) x 12.5mm (H)
• Quantity: 1 capacitor per order

Looking for Other Values?

offers a wide range of radial electrolytic capacitors to suit every need. Choose from capacitance values spanning 0.1F to 56,000F and voltage ratings between 6.3V and 450V. Browse our full electrolytic capacitor collection here to find the perfect match for your next project, from portable logic circuits to high voltage power supplies and beyond.