Electrolytic Capacitor 680 µF 35 V — EB967190666

Radial electrolytic capacitor with 680 µF capacitance and 35 V DC rating, model EB967190666 is designed for power supply filtering, decoupling and energy storage in electronic circuits. Its radial lead configuration is suitable for through-hole PCB mounting in consumer electronics, industrial equipment and repair tasks where stable capacitance and a defined rated voltage are required. The component provides bulk capacitance for smoothing ripple and supplying short bursts of current in low- to medium-power applications.

Advantages

This electrolytic capacitor offers a high capacitance-to-size ratio, making it effective for compact power supply designs. The 35 V rating provides margin for many common low-voltage systems while the radial leads simplify insertion and soldering on standard PCBs. It is built to provide reliable capacitance for filtering and decoupling functions, and its construction aims at stable electrical characteristics within the specified temperature and voltage ranges.

Suitable for

• Power supply ripple smoothing in consumer electronics
• Decoupling and bulk energy storage on PCBs
• Repair and replacement in industrial control boards
• Audio amplifier power rails and intermediate storage
• Prototyping and hobbyist electronics projects

Key specifications

• Capacitance: 680 µF
• Rated voltage: 35 V DC
• Polarization: polarized electrolytic capacitor (positive and negative leads)
• Lead type: radial leads for through-hole PCB mounting
• Application: filtering, decoupling, energy storage
• Typical use environment: electronics operating within the component's voltage and temperature ratings

How to use

Install the capacitor on a PCB in the correct polarity, ensuring the positive lead connects to the higher DC potential and the negative lead to ground or the lower potential. Observe the component's rated voltage; do not apply voltages exceeding 35 V DC. Use standard soldering practices appropriate for through-hole radial components, allow the part to cool after soldering, and verify polarity and solder joints visually and electrically before powering the circuit. When replacing a capacitor, choose a component with equal or higher voltage rating and similar or greater capacitance, considering size and ripple current requirements.

Usage recommendations

Store and handle the capacitor in a dry environment and avoid applying reverse voltage. For long-term reliability, operate the component within its rated voltage and recommended temperature range; where high ripple currents or elevated temperatures are expected, select capacitors with appropriate ripple current ratings and temperature specifications.