BFC237934824

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Film capacitors are electrical components that are made using plastic film as a dielectric. They are widely used in a range of situations due to their reliability and low cost. Specifically, BFC237934824 capacitors are designed to provide a very high level of charge storage capacity and are commonly used in audio and vibration damping applications.

The BFC237934824 features a self-healing structure, which allows them to resist short-circuit surges and other similar electrical hazards. It is also highly stable over time in both temperature and voltage ranges. The dielectric material used in the BFC237933424 offers superior electrical performance with lower losses than either ceramic or electrolytic capacitors.

In terms of voltage ratings, the BFC237934824 is rated for operation up to 35V at temperatures up to 125 degrees Celsius. The maximum capacitance is 20uF, which makes it suitable for applications that require a high level of stored energy. The maximum ripple current rating for the BFC237934824 is 1.8A.

In terms of construction, the BFC237934824 is made up of two flat metal plates, spaced apart and joined together by a thin dielectric film. This film acts as an insulator between the two plates, allowing them to store an electric charge. As the voltage applied across the plates is increased, the capacitance of the device increases, allowing it to store more charge.

The BFC237934824 is used in many applications due to its low profile, low loss and high stored charge capacity. It is commonly used for noise suppression, EMI filtering, power supply smoothing and transient voltage suppression. Additionally, it can be used in motor run capacitors, lighting ballast, and RF circuits. Due to its low profile and high stored charge capacity, it makes an ideal choice for applications that require a high level of reliability and performance.

To summarise, BFC237934824 capacitors are an excellent choice for audio and vibration damping applications due to their high charge storage capacity, low losses, and low profile. They are also well-suited to applications where reliability and performance are the top priority. Their self-healing structure and voltage ratings make them an ideal choice for a variety of applications.

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