MKT1813410105

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Film capacitors are composed of a plastic film that serves as dielectric material, two metalized electrodes and a wrapper that houses everything. The MKT1813410105 is a film capacitor specifically designed to withstand high levels of environmental stress and extreme temperatures. Its application field and working principles are described below.

Application Fields

The MKT1813410105 film capacitor is primarily used in automotive and industrial applications due to its ability to maintain superb performance even under harsh conditions such as heavy vibration and moisture. It can operate in an extended temperature range of -55°~+125°C. It is suitable for use in high reliability systems, medical equipment, LED billboard drivers, and HID ballast. This makes it suitable for use in car, trucks, boats, aircraft, and other industrial applications.

Working Principle

Film capacitors work by storing an electric charge between two electrodes. The dielectric material between the two electrodes of a film capacitor is a polyester film, an organic material. The dielectric acts like an electrical insulator which prevents the electric charges from flowing through it, thus allowing it to store the charge.

The MKT1813410105 film capacitor utilizes advanced technology that is based on the principles of electrostatic capacitance. This technology is what gives the film capacitor its special features such as a low ESR (Equivalent Series Resistance), high surge capability, and wide range of temperature and frequency operating capabilities.

The MKT1813410105 film capacitor also has excellent mechanical and electrical characteristics. Its wrapper provides mechanical stability, and the advanced dielectric technology predestines it for applications requiring stable performance in harsh environments.

Conclusion

The MKT1813410105 film capacitor is a capacitance element that is specially designed to offer superior performance and reliability in demanding automotive and industrial applications. It is specifically designed to withstand high levels of environmental stress and extreme temperatures. This versatile component has excellent mechanical and electrical characteristics and utilizes advanced technology based on the principles of electrostatic capacitance.

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