MKP385413040JC02Z0

Film capacitors are a broad range of capacitor types with a dielectric film as the main component. Film capacitors are widely used in various applications such as motor drives, power supplies, frequency converters, and communications. Generally, it is a valuable device for advanced electronic applications that require higher frequency and power.

MKP385413040JC02Z0 is one of the most common film capacitors used. It is capable of providing high power with high frequency in a wide range of working environment. The product has excellent electrical and physical features, including high reliability, low leakage current, and superior noise suppression. Moreover, it features superior self-healing and excellent surge resistance.

The MKP385413040JC02Z0 is mainly applicable in servo motor drives, electric welding machines, frequency converters power tools, and AC motors. It is specifically designed for energy storage applications that require high frequency, wide temperature range, and low ESR performance. Additionally, it is commonly used in weapon control systems and driving systems.

In terms of working principle, the MKP385413040JC02Z0 works by storing electric energy and releasing it as needed. The capacitor is equipped with two cylindrical metalized electrodes, usually made from aluminum foil or zinc alloy. The electrodes are insulated from each other by a dielectric film, such as polytetrafluoroethylene (PTFE).

When electricity is supplied to the capacitor, one of the metalized electrodes stores electric charges. These charges create an electric field between the two electrodes. This electric field stores the electric energy that can be used when needed. When the capacitor is having electric current flowing through it, the stored electric energy will be released out as an alternate current.

The MKP385413040JC02Z0 is an excellent film capacitor with superior performance and reliability. Its wide temperature range and low ESR performance make it suitable for applications that require energy storage. Moreover, it is highly resistant to surge and has superior self-healing ability, making it a great choice for advanced electronic applications.