BFC237864513

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Film capacitors, or “jelly can” capacitors due to their cylindrical shape, are electrostatic capacitors with a non-solid dielectric. They were one of the earliest capacitors manufactured and are some of the most reliable capacitors available. The part number BFC237864513 is an example of a film capacitor.

Film capacitors generally consist of two metal cylinders or electrodes separated by a dielectric material such as polycarbonate, polyester, or polypropylene. This makes the device a two terminal device, allowing a current to flow when connected to a power supply. The dielectric determines the capacitance of the device, as well as its ability to handle higher currents and higher voltages.

The BFC237864513 is a two terminal, epoxy-glass encapsulated device designed for high reliability applications. It features an aluminium electrolyte and a dielectric consisting of a polyester component. Its two terminals allow connection to an electrical circuit, and the dielectric material determines the device’s capacitance.

The BFC237864513 has a wide range of applications in medical devices, telecommunications and networking, automotive electronics, and consumer electronics. It is especially well suited for use in voltage converter circuits, and for providing voltage stabilization in power supply circuits.

The working principle of the BFC237864513 is based on the electrostatic storage of electrical energy. When the voltage across the device is increased, the electric field between the device’s electrodes stores the difference in energy. This energy is then released when the voltage decreases. The amount of energy stored is dependent on the capacitance of the device, which is determined by the thickness of the dielectric material and the geometric size of the electrodes.

In conclusion, the BFC237864513 is an epoxy-glass encapsulated film capacitor that is reliable and well suited for a broad range of applications. Its capacitance is determined by its dielectric, and the device works on the principle of electrostatic storage of energy.

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