BFC237511102

Film Capacitors

Film capacitors, including BFC237511102 capacitors are a widely used type of capacitor. Made from thin film materials that have been metallized onto one or both sides, these capacitors are ideal for applications requiring low electric field strength as the metallized surface shields the electric field from currents that can be caused by high everage. With a low breakdown voltage, they are especially suited for low-power high-frequency applications.

BFC237511102 Application Field and Working Principle

BFC237511102 is a miniature snap-in film capacitor, which is a part of a whole range of film capacitors. Generally speaking, these capacitors offer stability at higher temperatures and frequencies. These properties make them suitable in many automated production processes and in high-performance equipment.

The electrodes of BFC237511102 are made of aluminium foil and the dielectric is made of polypropylene film, and the capacitance is low. This type of capacitor remain stable and covered by a protective epoxy coating, withstanding dirt, moisture and mechanical vibrations. They also have excellent low-ESL and low losses features in both wide and narrow band frequencies.

BFC237511102 capacitors can be used in a wide range of devices, such as power supplies, DC-DC converters, switched mode power supplies or converters, rectifiers, high-speed circuits and motor Drive applications. They are suitable for use in audio and radio equipment, industrial control equipment, photocopiers, computers and other electrical and electronic equipment.

As for the working principle, a BFC237511102 capacitor stores energy between its two electrodes with a voltage level determined by the amount of charge stored. When a voltage is applied to the two electrodes, there will be electric current flowing creating a field between them. This field builds up the stored energy by increasing the voltage between the two electrodes. When the voltage reaches a certain level, the capacitor can discharge the energy stored and the current will flow in the opposite direction.

The capacitance of BFC237511102 also affects the energy storage capacity, that is, the capacity of the capacitor to absorb and discharge energy. Furthermore, BFC237511102 capacitors exhibit excellent temperature stability, which is important for keeping the stored energy stable and increases their reliability in various applications.

In summary, BFC237511102 capacitors are able to offer your product superior performance as they offer greater stability and reliability and are able to withstand high temperatures and frequencies. Therefore, it is ideal for a wide range of electronic applications.