0.1F 63V Metallized Polyester Film Capacitor Radial Through-Hole

Reliable 0.1F Film Capacitor for Everyday Electronics

Looking for a dependable 0.1F film capacitor? This 63V metallized polyester film capacitor is a versatile choice for many DIY, hobby, and professional projects. With a compact radial design, its easy to fit onto most circuit boards, making it perfect for repairs, upgrades, or custom builds.

Key Features & Benefits

• Capacitance: 0.1 microfarads (100nF)
• Voltage Rating: 63 volts (V)
• Dielectric Material: Metallized polyester (Mylar) for reliable performance
• Tolerance: 10% for consistent results
• Operating Temperature: -55C to +100C suitable for a wide range of environments
• Mounting Type: Radial through-hole for secure, easy PCB installation
• Package Size: 7.20mm x 2.50mm (body), maximum height 6.50mm
• Lead Spacing: 5.00mm standard for easy placement
• Terminations: PC pins, robust and solder-ready
• Self-healing dielectric for long life and reliable operation
• Non-polarized for flexible installation options

Perfect for Filtering, Coupling, and Decoupling

This 0.1F 63V metallized polyester film capacitor is ideal for power supply filtering and removing unwanted noise in audio circuits. It also works well as a coupling or decoupling capacitor in amplifiers, motor control systems, or any circuit where stable voltage is important. Its low ESR and tight tolerance deliver consistent performance in your projects.

Trusted Performance in Every Application

Thanks to its durable metallized polyester film construction, this capacitor maintains excellent performance over time. Use it in analog, digital, and mixed-signal designs, including signal filtering, buffering, power rails smoothing, and more. Metallized polyester capacitors are valued for their self-healing properties, reliability, and value for everyday circuit design.

Explore More Film Capacitors

Need other capacitance or voltage values? See our full film capacitor collection for more options.

Product ID: VUPN6854

Location: 6A10 > VBN2016