0.047 F 630V Metalized Polyester Film Capacitor

Reliable High-Voltage Film Capacitor for Everyday Projects

Upgrade your electronics with this 0.047 F 630V metalized polyester film capacitor. Designed by Panasonic for dependable performance, this high-voltage film capacitor is perfect for hobbyists, DIYers, and anyone working on audio, power supply, or industrial projects.

Features and Benefits

• Capacitance: 0.047 F (47nF) ideal for noise suppression, signal coupling, and decoupling circuits
• Voltage Rating: 630 Volts handles demanding, high-voltage environments such as tube amplifiers, snubber networks, and inverter circuits
• Dielectric: Metalized Polyester known for stability, durability, and self-healing properties
• Tolerance: 10% ensures reliable operation in your designs
• Mounting Type: Through-hole, with durable radial leads for simple installation on perf boards or PCBs
• Package Size: 11.3mm x 6.3mm body, 9.5mm lead spacing
• Operating Temperature: -40C to +85C built to handle a wide range of environments
• Low ESR & Non-Polarized: Delivers excellent efficiency and makes it easy to use in AC or DC circuits

Applications

• Audio circuits perfect for signal coupling, decoupling, and tone control
• Power supply filtering improve voltage stability and reduce ripple
• Snubber networks and surge suppression protects sensitive components in high-voltage conditions
• Tube amp and guitar amp upgrades or repairs
• Industrial electronics and inverter designs where high-voltage performance is key

Why Choose Panasonic Metalized Polyester Capacitors?

Panasonic film capacitors are trusted for their high reliability, consistent performance, and long lifespan. The metalized polyester dielectric ensures low ESR and a robust self-healing design for years of trouble-free operation.

Explore More Capacitors

Looking for different values or specifications? Browse our full collection of film capacitors here. Vetco Electronics has a range of high-quality capacitors for every project need.

Product ID: VUPN7469

In store location: 6A-10 > VBN2015 > C2R4