PVC12282

Film capacitors offer various advantages such as high rated voltage, high insulation resistance, low temperature coefficient, low ESL, and a wide frequency range. In addition, they provide excellent self-healing properties, high reliability, and long lifetime performance. The PVC12282 series is one of the more robust film capacitors available, offering flexibility and power in a durable design.

Applications

The PVC12282 series film capacitors are suitable for many types of applications, with their outstanding characteristics and performance. Some of the most common applications include:

• High-frequency power circuits
• DC power circuits
• RC coupled amplifiers
• High-frequency filters
• High-power equalizers
• Suppression of audio signals
• DC-blocking circuits

The PVC12282 series can also be used in various consumer electronics applications, such as motor and home appliance controls, and LED lighting.

Features

Apart from their robust design, these film capacitors have a number of unique features that make them well-suited for many applications. These features include:

• High voltage rating of up to 500VAC for AC applications
• Low ESR and ESL ratings
• Low temperature coefficient
• Excellent self-healing properties
• High reliability
• Long lifetime performance

Working Principle

The PVC12282 series film capacitors are based on the dielectric principle of operation, where an electric field is established between two plates (or conductors). Between these plates, a dielectric material – such as polypropylene – is placed. This material acts as an insulator, and when an electric field is applied, it produces an electrical charge which is stored as energy. This energy can then be released and used by the circuit.

In applications such as motor controls, power supplies, and LED lighting, these film capacitors help to filter electrical noise, providing a steady flow of energy with high reliability and low temperature-coefficient.

Conclusion

The PVC12282 series film capacitors offer excellent features and performance for various applications. Their robust design ensures high voltage ratings up to 500VAC, and their low ESR and ESL ratings make them suitable for suppressing electrical noise. In addition, their dielectric principle of operation make them highly efficient in storing and releasing energy when required.