BFC238311164

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Film capacitors, also known as Polyester capacitors, are electrical components which utilize thin plastic films for their dielectric medium. The BFC238311164 is a film capacitor specifically designed for use in higher voltage applications. In this article, we will look at the application field and working principle of the BFC238311164.

The BFC238311164 has a dielectric of polyester (polyethylene terephthalate) which allows for a higher working voltage of 600V than a normal film capacitor. It also offers high insulation resistance, low losses, and low dielectric absorption. Due to these properties, the BFC238311164 is well-suited for use in applications involving power supplies and transformers.

The BFC238311164 can be used in a variety of applications, including electric motors, alternators, and starters. Additionally, the capacitor can also be used in high-frequency applications such as HID lighting, inverters, surge protectors, and automotive electronics. Other applications include dimming systems, UPS systems, security systems, and industrial electronic controls.

The BFC238311164’s working principle involves charging the capacitor to an overall potential of 600V. This is done by connecting a battery or power supply to two separate terminals. The current flowing through the capacitor is limited by the dielectric, and it’s at this point that the capacitance is achieved. Additionally, the dielectric also helps reduce dielectric losses by allowing the current to pass with minimal resistance.

The capacitor is then connected to two terminals of a circuit, and when a voltage is applied to the terminals, a current is generated. As the capacitor charges, the voltage drop across the terminals decreases, and as the current decreases, the voltage increases. This process continues until the voltage drop across the capacitor is equal to the applied voltage. At that point, the capacitor has achieved a steady state.

In conclusion, the BFC238311164 is a capacitor designed specifically for high voltage applications, and its working principle utilizes a dielectric to charge the capacitor to an overall potential of 600V. The capacitor exhibits high insulation resistance, low losses, and low dielectric absorption, making it suitable for a variety of applications. This includes electric motors, alternators, and starters, as well as HID lighting, inverters, surge protectors, and automotive electronics. Additionally, the capacitor is also used in dimming systems, UPS systems, security systems, and industrial electronic controls.

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