ECQ-M2184KZ

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Film capacitors are electrical components which store electrical energy in an electrostatic field. The ECQ-M2184KZ is a film capacitor specifically designed for the purpose of high temperature operation and it is one of the most widely used capacitors today. It is an ideal choice for demanding applications which require reliable, long-term performance.

The principal advantage of the ECQ-M2184KZ is its ability to withstand high temperature without exhibiting any arc-over or ageing problems. It is currently the only capacitor that is capable of operating up to +125°C without any degradation in performance over time. The high temperature operation is possible due to its superior stability, insulation resistance, and dielectric absorption characteristics.

The ECQ-M2184KZ is constructed from metallized polyethylene-terephthalate (PET) film, with a wire wound construction. The PET film acts as both the dielectric and the electrode for the capacitor and it is wound around a metal core, with the two metal terminals being used for connection. The PET film is the key component that gives the capacitor its reliable long-term performance, as it is able to maintain charge without deteriorating even when subjected to high temperatures.

In addition to its temperature-resistant performance, the ECQ-M2184KZ also exhibits excellent electrical stability and excellent dielectric absorption characteristics when compared to other film capacitors. It is also very efficient at dissipating heat. This makes it a viable solution for many applications which require high-performance capacitors, including power electronic converters, motor drives and capacitor filters. It is also used in audio filters, signal processing modules, and other high-frequency applications.

The ECQ-M2184KZ is a highly reliable and efficient film capacitor that is suitable for many demanding applications. Thanks to its superior temperature resistance, electrical stability, and dielectric absorption characteristics, it is an ideal choice for applications that require a reliable, long-term solution. It has the potential to revolutionize power electronic converters, motor drives, and capacitor filters, making them more reliable and efficient than ever before.

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