BFC237676622

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Film capacitors serve a wide range of applications, from household electronics to industrial motors and even defense systems. BFC237676622 is one such film capacitor, which is designed for use in pulse applications, and has grown in popularity due to its low cost and high current capability.

The capacitor has a maximum operating temperature of 95 degrees C, a rated voltage of 250V, and a capacitance rating of 1 uF. The design is comprised of a metalized metallized polyester film as the dielectric material, and the electrodes are metal. The capacitor is constructed with a high-temperature polymer pin connection, and the design provides excellent self-healing and high-temperature capabilities.

The BFC237676622 offers many key advantages for pulse applications. The design allows for fast charging and discharging, with its high self-healing, low ESR, and high capacitance characteristics. Its low profile capsule design saves space compared to other equivalent capacitor types. As power increases, the high-temperature polymer connection ensures maximum voltage stability and robustness.

The use of a polymer connection also ensures low ESR, low DF values, and excellent thermal properties. This combination of features leads to longer expected lifetimes and improved stability. Even in high-temperature and high-humidity environments, the spring-loaded design ensures secure contact and reliable performance.

The working principle of the BFC237676622 is based on electrical charge storage. When an electrical charge is applied to the capacitor, it is stored within the polarized dielectric material. This stored charge repeals like-charged particles, creating a field of separation between the two electrodes, and thus creating an electrical capacitance.

In a film capacitor, charged electrons stored in the dielectric material are prevented from entering or leaving the capacitor due to the metalized electrodes, creating a static electric field. The metalized electrodes create an effective barrier, limiting the diffusion of charges, and effectively storing the charge within the capacitor.

The BFC237676622 is designed to absorb high currents in pulse applications, with its high capacitance characteristics. The capacitor’s low ESR and high capacitance allows for fast charging and discharging, while its high self-healing capabilities ensure robust performance in a variety of pulse applications. The capacitor’s design has been optimized for improved space savings, and the polymer connection ensures high-temperature and save connection.

Overall, the BFC237676622 is a versatile and reliable film capacitor, designed for use in pulse applications. Its low profile capsule design and high self-healing capabilities make it an attractive choice for a variety of applications, while its low ESR and high capacitance ensures stable and reliable performance in a wide range of pulse applications.

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