BFC237663184

Film Capacitors

Film capacitors, also known as plastic film capacitors, are electrical capacitors with on or more layers of plastic film as the dielectric. They consists of a paper or film of noncornposite plastic impregnated with metallic particles and sandwiched between two aluminum or metalized-film electrodes with the opposite electrical charge.

BFC237663184 is one of the film capacitors. It is an AC film capacitor with an AC voltage rating of 930V AC, capacitance of 0.047uF, and a dissipation factor of 5%%%%. The capacitive element is constructed by winding the dielectric film over a non-conductive plastic core, and the leads are made from tinned copper.

BFC237663184 has a variety of applications, such as high-voltage power supplies, DC-DC converters, bank switching, circuit design, motorized systems, and AC line filters. In addition, it is suitable for the applications where a high dielectric protection is necessary, such as prime energy systems, solar inverters, medical devices, and LEDs. The capacitor also has a low inductive voltage drop, which means that it can be used in AC power applications, where the voltage might drop below 850V AC.

The working principle of BFC237663184 is that the current that flows through the circuit is a direct current, that is, it only flows in one direction. The current passes through the capacitor and the charge on the capacitor will be stored on the electrodes. The dielectric film then acts as an insulator and prevents the charge from flowing back to the circuit. This charge on the electrodes creates an electrical field, and this creates a voltage, which can then be used to power other circuits.

In conclusion, BFC237663184 is a film capacitor with a variety of applications. It has an AC voltage rating of 930V AC, capacitance of 0.047uF, and a dissipation factor of 5%. It is suitable for applications where a high dielectric protection is necessary, such as prime energy systems, solar inverters, medical devices, and LEDs. Its working principle is that current flows through the element and the charge on the electrodes is stored by the dielectric film, thus creating an electrical field and voltage for powering other circuits.