The KEMET PME260AA5470KR04 is a class X2 metallized paper capacitor designed for interference suppression in various AC line applications. It provides safety and reliability in applications where protection against electrical disturbances and voltage transients is crucial. This capacitor is commonly used in power supplies, appliances, and other equipment connected to the AC mains.
Applications
- AC Line Filtering
- Power Supplies
- Appliances
- Lighting Ballasts
- Motor Control Circuits
- Across-the-line applications
Features
- Class X2 Safety Capacitor
- Metallized Paper Dielectric
- Self-Healing Properties
- Excellent Interference Suppression
- High Stability and Reliability
- Flame Retardant Epoxy Resin Coating
- Compliant with Safety Standards (e.g., ENEC, UL, CSA)
Benefits
- Protection Against Voltage Surges and Transients
- Reduced Electromagnetic Interference (EMI)
- Improved Safety and Reliability of Equipment
- Long Service Life
- Compliance with Regulatory Requirements
- Enhanced System Performance
Additional Details
The PME260AA5470KR04 features a metallized paper dielectric, providing excellent electrical characteristics and self-healing properties. Self-healing ensures that any localized breakdowns in the dielectric due to voltage surges are quickly cleared, maintaining the capacitor's functionality and preventing catastrophic failures. This capacitor is designed to withstand harsh environmental conditions and offers high stability and reliability over its operating life. The flame-retardant epoxy resin coating provides additional protection against fire hazards. This component meets stringent safety standards, ensuring its suitability for use in critical applications where safety is paramount. The capacitor's specific electrical characteristics, such as capacitance and voltage rating, are tailored to meet the requirements of specific AC line filtering and interference suppression applications. The '5470' portion of the part number indicates a capacitance value and tolerance, while the 'KR04' designates specific packaging and lead configurations.