BFC238351153

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Film capacitors, also known as plastic film capacitors, polyester film capacitors and polypropylene film capacitors, are capacitors whose dielectric is a thin film of plastic, developed in the 1950s. This type of capacitor has long been used as a general-purpose component in electronic circuits, as it has many advantages over older style capacitors such as electrolytic and mica capacitors, such as their reliability, low dielectric losses and low reactance. The BFC238351153 is a film capacitor designed for a specific application field and with a specific working principle.

Application Field

The BFC238351153 capacitor is a general-purpose capacitor, designed for use in a variety of applications. It is used mainly in automotive, industrial, consumer and medical applications, and can be found in circuits ranging from motor controls to power supplies. It is also used in mix-signal applications, such as those that require a combination of analog and digital signals. The BFC238351153 can be soldered to a circuit board, mounted onto it, or used as an SMD.

Working Principle

The BFC238351153 capacitor is composed of a plastic film dielectric, and a metalized electrode system. Its working principle is based on the electrostatic storage effect, in which an electric field is established between two conductive plates when a voltage is applied to them. This electric field creates a potential energy that is stored as an electrostatic charge in the dielectric material between the plates. The ability of the capacitor to store this charge is known as capacitance.

The BFC238351153 capacitor exhibits excellent performance in terms of its capacitance, handling temperature and long-term stability. It is designed to offer high reliability and increased efficiency in high-frequency applications. Its capacitance is rated at 2.2uF- 1.1uF (1kHz @ 85°C).

Conclusion

The BFC238351153 film capacitor is a general-purpose component used in a variety of applications, from motor control to power supplies and mix-signal applications. It is made of a plastic film dielectric and a metalized electrode system, and its working principle is based on the electrostatic storage effect. Its capacitance is rated at 2.2uF- 1.1uF (1kHz @ 85°C). The capacitor has excellent performance in terms of its capacitance, handling temperature and long-term stability.

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