BFC236617394

Film capacitors, an essential energy storage device used in many modern applications, have long been popular for their diversity of forms and reliable performance. The BFC236617394 is a high-current, medium-voltage film capacitor featuring outstanding performance in both applications and working principle.

The BFC236617394 is designed to provide an integrated power supply in a wide variety of applications, including automotive, consumer electronics, data communication, medical equipment, motor control, and computation. It is often used for high current, high voltage applications such as power switching, HVAC controls, and rectification. Its electrical characteristics include a dielectric constant of about 15, low dielectric loss, and a maximum voltage rating of up to 500V. Rated current is 4.5A with a maximum temperature rating of 105°C.

The BFC236617394 consists of a polyethylene terephthalate film as the dielectric, or insulating material, with a metal layer used for the electrodes. The film is then wrapped into a cylindrical shape, covered with an epoxy resin, and eventually sealed with end caps to provide insulation and a mechanical support. This simple construction ensures that the capacitor is robust and reliable, as well as resistant to harsh environmental conditions.

When BFC236617394 is energized, the alternating current flows through the electrodes and the dielectric film. The electrical field induced in the dielectric causes electrical charge to be stored, which is known as capacitance. This capacitance can be used to store energy and to smooth out voltage fluctuations within an electrical circuit.

In addition to providing energy storage, the BFC236617394 also enables noise suppression, as it is able to filter out undesirable frequencies and help reduce EMI. It can also be used in power supply circuits to reduce operating noise and increase system stability.

The BFC236617394 is a versatile high-performance capacitor suitable for a wide range of applications. Its robust construction and reliable performance make it an ideal choice for many different types of circuits.