What is Custom Metallized Polypropylene Film Capacitor for Self-Healing Applications
Price
Purchase Qty. Reference FOB Price
1-9 Pieces US$8.80
10-99 Pieces US$6.80
100+ Pieces US$3.80
Sepcifications
- Type Polypropylene Capacitor
- Application General Purpose, Power, High Voltage, Automobile
- Packaging Type Custom-Made
- Capacitance 50μf-4000μf
- Structure Film Capacitor
- Manufacturing Material Polypropylene
- Electrolyte Metalized Film
- Usage Low Frequency Coupling, High Frequency Coupling, Filter, Low Frequency Bypass, High Frequency Bypass, DC Link
- Filter Paper Capacitor
- Transport Package Carton Box
- Specification Customize
- Trademark CRE
- Origin China
- Operating Temperature -50c - +85c
- Filling Material Dry(Resin or Polyurethane)
- Voltage Range 450VDC -8000VDC
- Capacitance Range 50μf - 4000μf
- Capacitance Tolearance J; K
- Life Expectance 100000h
- Flame Retardation UL94V-0
- Reference Standard IEC61071; GB/T17702
Product Description
Application - Widely used in DC-Link circuits for filtering energy storage. - Can replace electrolytic capacitors, better performance and longer life. - PV inverter/ Wind Power Converter/HVDC/Pure Electric and Hybrid cars/SVG and SVC devices/All Kinds of Converter and Inverter Power Supply/Other ...
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Understanding Y-Capacitors in Power Line Filtering: Ensuring Safety and Reliability in Electronic Equipment When electronic devices are connected to the AC mains power supply, they can introduce common-mode electrical noise, which can interfere with the operation of other equipment on the same network. If this noise isn’t filtered out, it can cause disruptions to nearby devices and affect overall system performance. To mitigate this risk, manufacturers incorporate capacitors into their power line filters to decouple the noise and prevent it from traveling back to the mains. -
CRE Film Capacitors in Power Conversion As modern electronic circuits evolve, the demand for components that can handle higher power levels in extreme environments continues to grow. Innovations in power supply designs, such as the integration of wide bandgap semiconductors, require capacitors capable of operating at higher frequencies, elevated temperatures, and within compact spaces, all while maintaining high reliability, safety, and longevity. Film capacitors, a long-standing staple in power electronics, have risen to meet these challenges through advanced technologies and manufacturing processes.