MKP386M533070JT4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film capacitors are electrical devices that store electrical energy through the arrangement of two electrodes and dielectric films in between there relative positions. The MKP386M533070JT4 capacitor is a component of the popular film capacitors due to its reliability and robustness. The MKP386M533070JT4 is specially designed to provide great stability in applications with low and high frequencies, as well as a wide temperature range.

The application field of the MKP386M533070JT4 is wide as it is a type of polypropylene film capacitor that has exceptional electrical characteristics. Specifically, it is widely used for both AC and DC applications, including motor applications, telecommunications, HID and lighting applications, lightning arrester, and ground current limiters.

The working principle behind MKP386M533070JT4 is based on the capacitance, which is the capacity of the capacitor to store charge. This capacity is defined by the capacitance value measured in Farads or microfarads (µF) and the working voltage of the device. When a voltage difference is applied between two its terminals, the MKP386M533070JT4 starts to accumulate the energy proportional to the voltage difference. The greater the energy, the greater charge is stored inside the capacitor.

The MKP386M533070JT4 has a great ability to store energy, which is made possible due to the medium that separates its two electrodes, known as the dielectric film. This material is a copper and polypropylene mix that tightly wraps the electrodes and distributes the voltage around them. The MKP386M533070JT4 also features a low dissipation factor and high insulation resistance, which is very advantageous for any application where significant amounts of power are involved.

The MKP386M533070JT4 is a popular among film capacitors due to its reliable performance. In addition, it is capable of working under both AC and DC currents, providing excellent stability in applications with high frequency and temperatures. Finally, the device features a high insulation resistance and low dissipation, making it a great choice for applications involving power.

The specific data is subject to PDF, and the above content is for reference