MKP386M525125YT1

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Film Capacitors

Film capacitors are the type of capacitors that use a thin metal film as the dielectric medium. They are also known as plastic film capacitors, as they often use polyester, polypropylene, or polycarbonate to insulate the electrodes. These capacitors have many advantages that make them appealing for applications in many different industries.

MKP386M525125YT1 application field and working principle

The MKP386M525125YT1 is a film capacitor that is typically used for industrial applications, such as power supplies, motors, and LED lighting. It is a three-phase film capacitor that has a working voltage of 100 VAC-480 VAC and a capacitance of 0.11µF to 5.5 µF. The capacitor has high frequency, low losses, and excellent temperature characteristics. The MKP386M525125YT1 has a operating temperature range of -40°C to +85°C and a high insulation resistance of >10GΩ.

The MKP386M525125YT1 capacitor works by allowing electric current to flow between two plates that are separated by a thin dielectric film. When an alternating current passes through the capacitor, the thin dielectric is slightly distorted, creating an electric field between the plates. As the current continues to flow, the electric field causes the plates to accumulate opposite charges, creating an electrostatic field that stores the energy in the form of an electric field.

The thin dielectric film of the MKP386M525125YT1 is made from a polypropylene film, which has low losses and excellent temperature characteristics. The capacitor is also designed with a built-in thermal fuse, which helps to protect the device from short-circuits and/or over-heating. The capacitance of the MKP386M525125YT1 is also adjustable, which allows the user to adjust the capacitance depending on their needs.

In order to ensure long life and proper operation, it is important to use the MKP386M525125YT1 capacitor with the correct mounting hardware and in the correct application. Poorly mounted capacitors can lead to increased leakage currents, instability in the electrical system, or even catastrophic failure.

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