BFC236611105

Film Capacitors

Film capacitors, also called dielectric film capacitors, plastic film capacitors or film-paper capacitors, are capacitors of which the dielectric consist of a thin plastic film. The BFC236611105 is a standard film capacitor designed for use in wide variety of applications. This article will discuss the application field of BFC236611105 capacitors and how they work.

Application Field of BFC236611105

The BFC236611105 capacitor is typically used for power factor correction, voltage stabilization, power supply filtering, and voltage divider networks. It can also be used in dc-dc converters, power transmission lines, automotive circuits, and power supplies.

The most common use for BFC236611105 film capacitors is in motor control systems. They are used to provide voltage output in high starting torque applications such as servomotors and windings. These capacitors also provide voltage to associated switching circuits. The precise application of voltage will produce exact motor speed control and help reduce energy losses.

Another common application of BFC236611105 capacitors is in the filtering of power supplies. It is used to reduce ripple voltage and provide a stable supply voltage. This helps to maintain a constant source of power in circuits that are sensitive to voltage changes.

Working Principle of BFC236611105

The BFC236611105 capacitor is a non-polarized, polypropylene dielectric type product. This type of capacitor is also known as a non-polarized capacitor because the upper and lower metallic surfaces of the dielectric plate are electrically connected. This connection allows for current to flow regardless of the polarity of the applied voltage.

The dielectric plate is constructed using a special type of polypropylene film which is bonded to two layers of tin foil legs. The legs are then connected to two metal plates. This configuration allows for electrons to easily flow between the two plates with minimal resistance. When a voltage source is applied to the capacitor, a uniform electric field is created within the dielectric material.

This field causes some of the electrons in the dielectric material to become suspended and form an electrical potential. This potential then stores energy in the form of an electrostatic field. The higher the applied voltage, the more electrons will become suspended, resulting in an increase in the electrostatic field. When the voltage source is removed, the electrostatic field in the capacitor will start to dissipate, allowing the stored energy to be released gradually.

The BFC236611105 capacitor has a wide range of applications across a variety of industries. It is an ideal choice for applications that require precise control, voltage stabilization, and power suppression. This type of capacitor also offers excellent protection against any unexpected surges or drops in voltage.