BFC2370GI272

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Film capacitors, also called film dielectric capacitors, are designed with an insulating plastic film as their dielectric material. The principles used in their working are usually very similar; a simple DC-biased capacitance is formed by overlapping two electrical conductors which are separated by an insulating material. BFC2370GI272 is an advanced film capacitor that falls under this type of dielectric capacitors.

In terms of its application field, BFC2370GI272 capacitors are best applicable in the power industrial sector. This is because they have surge protection capabilities and prevention against the failure of electric lines. This is why they are considered as a part of the modern power transmission and distribution systems. The capacitor is also applicable in power supplies, PFC modules, electric panels and safety systems. Additionally, their high voltage and overcurrent tolerance, fast response and high self-recovery capabilities make them an efficient stabilizing device.

The working principle of BFC2370GI272 capacitors are quite simple. The negative plate or side of the capacitor is connected to the system’s ground, while the positive side is connected to the DC source. When the voltage increases, the electric force between the two plates starts to increase, thus providing capacitive effect. As the electric field increases, more energy is stored in the dielectric and the charge continues to increase. This results in the capacitor working normally until the voltage drops to a certain level. At that point, the electric field reduces and the charge decreases, thus limiting the capacitive effect. In other words, BFC2370GI272 capacitors provide protection against current surges and prevent short circuits.

In conclusion, BFC2370GI272 capacitors are advanced and reliable film capacitors which are best applicable in the power industry. Moreover, their working principle is quite simple; they rely on an electric field to form a capacitance which is used to protect electric lines, equipment and systems against currents surges and prevent short circuits. Therefore, the use of such capacitors is increasing and they are becoming a must-have addition to many power systems and distribution networks.

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