BF014E0392K

Film capacitors, also known as plastic film capacitors, are capacitors designed using a thin plastic film as the dielectric or insulating layer between two thin metal electrodes. Generally, film capacitors are used to store electrical energy in applications where other capacitor types such as electrolytic, ceramic, or Tantalum capacitors are not suitable. One of the most common types of film capacitors is the BF014E0392K.

The BF014E0392K Film capacitor is a three-terminal device used primarily for electrical coupling, power filtering, signal bypassing, and voltage-dividing applications. This capacitor type is capable of handling high voltage up to 1000 V, as well as providing a high accuracy capacitance with a capacitance tolerance of 10%, making it ideal for use in high-precision circuits. Additionally, this type of capacitor features superior environmental temperature stability and dielectric strength that ensures reliable operation even in extreme temperature environments.

The working principle of the BF014E0392K Film Capacitor is based on the principle of charge separation. The three terminals of the capacitor allow for the application of an electric charge, which is then stored in the metal film and dielectric layers between the two electrodes. This stored charge is then released in the form of electrical current when required.

The BF014E0392K Film Capacitor is widely used in a variety of applications, from high-precision circuits in medical and aerospace applications to industrial motor drives, AC power factor correction circuits, and more. These capacitors are suitable for use in power conversion and motor control systems, filtering, signal bypassing, surge protection, voltage regulation, wave shaping, and AC power factor correction.

The BF014E0392K Film Capacitor is one of the most popular types of film capacitors, thanks to its superior performance, accuracy, and reliability—all in a compact package that takes up minimal space. Additionally, this type of capacitor is easy to implement and maintain, making it a cost-effective solution for a wide range of applications.