MKP385391025JCA2B0

Film Capacitors

A Film Capacitor is a type of capacitor that uses a thin polymer film as the dielectric medium. It is mainly used for energy storage, voltage regulation, electrical isolation, and coupling applications. The MKP385391025JCA2B0 is a film capacitor that is designed for high voltage applications with high current ratings. It has a wide range of applications in the industrial and medical technology fields.

The MKP385391025JCA2B0 is a single-ended film capacitor with an operating voltage of 1.5KV. It has an integrated temperature sensor that can be used to monitor the temperature of the capacitor and to ensure that it does not exceed its rated temperature. It also has an integrated overvoltage protection feature that ensures that the capacitor is protected from surges and spikes. The MKP385391025JCA2B0 is also designed for high frequency applications, making it ideal for applications in motors, power converters, and high frequency inverters.

The main working principle of the MKP385391025JCA2B0 is based on the charge transfer between two electrodes. When the voltage applied between the two electrodes is increased, the electric field created between them causes the charge carriers to move from one electrode to the other. During this process, the electrical energy stored within the capacitor’s dielectric medium is released and then dissipates into the surroundings. This energy is then used to power applications such as electric motors or electronics.

The MKP385391025JCA2B0 has a wide range of applications in industries ranging from automotive electronics and electric motors to medical and industrial applications. It is especially suitable for high-voltage applications, and it can be a great way to ensure the reliability of devices in mobile applications. It can be used in high frequency inverters for autos and medical equipment, as well as in the power industry for voltage regulation and energy storage.

The MKP385391025JCA2B0 is a reliable and effective film capacitor that is designed for high voltage and high frequency applications. It is a great choice for devices that require durability and long life from their capacitors. The integrated overvoltage protection and temperature sensor make it an even better choice for applications where there could be high voltage or temperature fluctuations.