BFC238363102

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Film capacitors are non-polarized and insulated components, deeply loved by customers in the electronics industry for their excellent reliability and consistent performance. They are mainly used in a wide variety of applications to help reduce noise, reduce power losses, and store energy. Among them, BFC238363102 is one of the most popular varieties in the film capacitor family. In this article, we will introduce its application field and working principle.

BFC238363102 film capacitor has a very wide range of application fields:

• Widely used as a filter capacitor in the power supply filter circuit, or as a decoupling capacitor to reduce ripple and increase power supply stability.
• As a bypass capacitor to reduce noise and influence in the signal circuit.
• It can also be used as a charge and discharge capacitor in the kick back circuit of AC inverter, travel or pulse circuits.
• In high frequency circuit, BFC238363102 film capacitor can be used as a resonance capacitor in the oscillation circuit.

The working principle of BFC238363102 film capacitor is based on electrical and electrochemical that occurs when electric field strength reaches a certain level. It uses two metallic plates connected to an electrical source, and separates them by an insulation film. When the energy supply is turned on, electrons are forced to flow through the capacitor and are immediately absorbed by the dielectric film. The absorbtion of these electrons causes the capacitor to store electricity, which is its capacitance.

The capacitance of the BFC238363102 film capacitor is affected by several factors. The size of the electrodes plate, the distance between the electrodes, and the dielectric constant of the insulation film all affect the capacitance. In addition, temperature can also have an impact on the capacitance as the dielectric constant of the insulation film changes as temperature changes.

In conclusion, BFC238363102 film capacitor is an indispensable part in the field of electronic product development. Its application fields include filter circuit, decoupling, bypass, kickback, and oscillation circuits. Its working principle is based on the electrical and electrochemical interaction between the electrodes and the dielectric film. The capacitance is affected by many factors such as size, distance, dielectric constant and temperature.

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