BFC247051102

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Film capacitors, sometimes called PTFE capacitors, are electric storage devices that use a variety of insulating films as the dielectric medium. The most common film capacitors are constructed using Mylar, polypropylene, polyester, Kapton, and Teflon as the dielectric medium. They are usually housed in plastic or metal cases and offer increased capacitance over other types of capacitors. BFC247051102 is one of the most commonly used types of film capacitors boasting a high voltage of 250V and an operating temperature range of -25̊ to +85̊C [-13̊ to +185̊F].

BFC247051102 film capacitors have a wide range of applications, such as being used in consumer electronics, power supplies, automotive systems, and medical equipment. In consumer electronics, they provide noise filtering and power factor correction. In power supplies, they assist in regulation, ripple reduction, and noise filtering. In automotive systems, they are used for voltage regulation, antenna coupling, and audio filtering. In medical equipment, they can serve as filters, pulse shaping networks, and biasing circuits.

The working principle of BFC247051102 film capacitors is based on two conductive plates - the anode and the cathode - and a film, typically Mylar, as the dielectric in between them. The capacitor is filled with a gas, usually air, for insulation. When an electrical current is applied to the anode and cathode, a voltage is created that is dependent on the material used as the dielectric medium. This causes electrical charges to be stored, allowing them be used in a variety of applications as mentioned above.

BFC247051102 film capacitors have been designed with the latest technology and are able to withstand extreme temperature and voltage ranges. With a broad application field and flexible working principle, this type of capacitor is favored by consumers and manufacturers for its reliability and performance.

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