BFC236826155

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Film capacitors, also referred to as film dielectric capacitors, are electrical components that use electrically insulating plastic films, paper, and ceramic as their dielectric media to store electrical energy. Specifically, the BFC236826155 is a type of film capacitor that is constructed in the form of multi-layers of films, bonded and wound together between two electrodes. The construction of the BFC236826155 is such that the layers of film material alternate with each other as the dielectric material and the electrodes. The films used are typically polypropylene, polyester, and polycarbonate and feature low self-inductance, low parasitic inductance, high capacitance per unit volume, high insulation resistance, low dielectric loss, high capacitance stability, and reliable operating life.

The main usage of the BFC236826155 capacitors is to provide reliable electrical capacitance for circuit applications, such as signal filtering, dc-DC voltage converter, bridge rectifier, and audio crossover networks. Furthermore, they can also be used to store electrical energy in order to provide stable output voltage and current for certain applications, such as switching power supplies and DC motors. The BFC236826155 capacitors are also well applicable in radio transmitters, telecommunication systems, and various automotive electronics.

The working principle of BFC236826155 capacitors lies in their ability to store electrical energy. This is achieved through the physical separation between two facing surfaces within the capacitor, where each facing surface is insulated from the other. When a voltage is applied, the charge will be stored in the capacitor and applicable for providing baseline voltage. Depending on the type of capacitor, the amount of charge that can be stored vary, with the ratio of the energy stored within the capacitor, compared to the value of the capacitor\'s capacitance, being referred to as the energy ratio.

The capacitors also feature different dissipation factors, or DF, which in principle describes the loss of the stored energy within the capacitor when a sinusoidal current or voltage is applied. DF is calculated as a ratio between the stored energy in the case of a sinusoidal current or voltage, compared with the energy stored in a direct current or voltage. In the case of BFC236826155 capacitors, their dissipation factors typically range between 0.1 and 0.3 and depend on the capacitance value.

In conclusion, the BFC236826155 capacitors are electrical components designed to store electrical energy, and provide reliable input or output for various electronic circuits or devices, such as power supplies and DC motors. They are mainly used for filtering signals, converting dc-DC voltages, and providing stable output voltage and current. The working principle of these capacitors relies on their ability to store electrical energy, while their dissipation factors typically range between 0.1 and 0.3.

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