(Pack of 3) 1uF 400V Electrolytic Capacitor

(Pack of 3) 1uF 400V Electrolytic Capacitor 

This Pack of 3 – 1µF 400V Electrolytic Capacitors is designed for high-voltage electronic applications where stability, reliability, and long-term performance are essential. Built using premium aluminum electrolytic technology, these capacitors provide consistent capacitance, low leakage current, and excellent durability, even under continuous high-voltage stress.

With a 400V voltage rating, they are ideal for primary-side filtering in AC/DC power supplies, voltage smoothing, energy storage, and signal coupling or decoupling. The 1µF capacitance allows effective noise suppression, ripple reduction, and stable power delivery, making them suitable for industrial control systems, audio amplifiers, LED drivers, inverter circuits, and high-voltage DIY projects.

The radial through-hole design ensures secure and convenient PCB mounting, allowing easy integration into new designs or replacement of worn components. These capacitors are built to withstand thermal and electrical stress, maintaining reliable performance over time, and are perfect for both hobbyist projects and professional electronics applications.

This pack provides a versatile and dependable solution for anyone needing high-voltage capacitors for repairs, prototyping, or production circuits, offering excellent value and reliability in every piece.

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Features

• Capacitance: 1µF
• Voltage Rating: 400V for high-voltage circuits
• Type: Aluminum Electrolytic Capacitor
• Pack Quantity: 3 pieces
• Low leakage current for stable operation
• Radial lead through-hole design for secure mounting
• Durable construction with long operational life
• Ideal for hobbyist, DIY, and professional electronics

Applications

• High-voltage AC/DC power supply filtering
• Voltage smoothing in rectifier and inverter circuits
• Signal coupling and decoupling in audio and industrial electronics
• SMPS, LED drivers, and inverter circuits
• DIY electronics, prototyping, and repairs
• Replacement in high-voltage electronic devices
• Industrial and professional control boards