KP1836347135

Film Capacitors - KP1836347135 application field and working principle

Film Capacitors are energy storage devices that are widely used in many applications, ranging from the household and consumer electronics industries to aviation and space. A film capacitor, commonly referred to as a “film cap”, is a type of capacitor which utilizes dielectric films as the medium to store energy. The Kapa® KP1836347135 is one of these specialized film capacitors, and it is specifically designed for applications that require high reliability under varying conditions, such as industrial machinery, renewable energy, communications, and military equipment.

How Does a Film Capacitor Work?

First and foremost, it is important to understand how a Film capacitor works in order to better understand what makes the KP1836347135 suitable for certain applications. A film capacitor is made up of two metal electrodes or plates which are separated by a thin, dielectric film. This means that when a voltage potential is applied, electrons will flow from one electrode to the other, creating an electric field across the dielectric film and a current through the circuit. This flow of current creates an energy storage device known as a dielectric capacitor which can be used to store energy for a variety of different applications.

Applications of KP1836347135

The Kapa® KP1836347135 is specifically designed for applications that require high reliability under varying conditions, such as industrial machinery, renewable energy, communications, and military equipment. Owing to its superior long-term reliability and high-temperature endurance, the KP1836347135 is used in applications where failure is not an option. These include power systems, industrial equipment, automotive applications, industrial motor controls, and more.

Features of the KP1836347135

The Kapa® KP1836347135 film capacitor offers several advantages over other types of film capacitors, such as its low ESR (equivalent series resistance) and low ESL (equivalent series inductance). It features a rugged casing that is resistant to moisture, dirt, and corrosion, ensuring that it will perform to its full potential in difficult environments. Additionally, the KP1836347135 has a lower self-discharge rate than other types of capacitors, making it the preferred choice for high-reliability applications.

Conclusion

The Kapa® KP1836347135 is a specialized film capacitor that is designed for applications requiring high reliability under varying conditions, such as industrial machinery, renewable energy, communications, and military equipment. Its robust design and features, such as its low ESR and low ESL, make the KP1836347135 the ideal choice for these applications.