BFC246928823

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Film capacitors are of two types: plastic and paper. The BFC246928823 is a paper film capacitor. The primary material is paper coated with polyester film. The application field of BFC246928823 is primarily for snubbers, DC blocking, bypass, power factor correction and energy storage.

A typical application involves connecting the capacitor in parallel with the load. This allows the capacitor to absorb surges, and counteracts transients that the load may generate. As a result, this type of capacitor is used widely to reduce voltage ripples in the power supply, and asymmetric current flows occurring during power surges.

The working principle of the BFC246928823 capacitor is essentially the same as any other type of capacitor. It stores energy in the form of electric charge, allowing current to flow when a voltage is applied across it. This occurs because the insulating material between the two plates stops any current flow, but allows charge to build up, creating a net potential difference between the two plates.

When charge builds up between the two plates, it attracts the opposite charge creating a voltage. This voltage appears at the terminals of the capacitor, creating a voltage drop across its terminals, which causes the current to flow. This is the principle upon which a film capacitor works: the accumulation of electric charge between two electrical conductors.

The BFC246928823 capacitor is designed to provide better reliability than other types of film capacitors, because of the coating that is applied to the paper insulation. This coating provides a dielectric layer that is capable of withstanding higher voltages and larger current surges compared to the same size paper capacitor without dielectric coating. Because of its superior reliability, it is often used for applications involving high currents and large voltage spikes.

Because of its high reliability and resistance to high voltage, the BFC246928823 is suitable for applications in industrial and aerospace electronics. It is commonly used in power supplies, high-frequency rectifiers, and flyback converters. It can also be employed in synchronous motor drives, DC-DC converters, and high-current low-ripple applications.

In conclusion, the BFC246928823 is a highly reliable paper film capacitor suitable for applications in industrial and aerospace settings. It has a dielectric coating that provides higher reliability than other types of film capacitors, and is ideal for applications involving high currents and large voltage spikes. The working principle of a film capacitor is the accumulation of electric charge between two electrical conductors, which when connected in parallel with a load, allows the capacitor to absorb power surges and counteracts transients.

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