BFC237537202

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Film capacitors, a type of capacitors with metalized film as the electrode, are widely used in AC and DC circuits to pass current or store energy. The BFC237537202 is a model of film capacitors with an extended field of application and working principle.

BFC237537202 film capacitors have a higher dielectric, higher insulation resistance, and a more sophisticated construction than other types of capacitors. Compared to other capacitors, the BFC237537202 has a broader frequency range, which helps improve the accuracy of the signal transmission. And the BFC237537202 is able to effectively filter normal pulse signal and also fine pulse signal. This makes it ideal for high-performance circuits.

BFC237537202 has a unique working principle in the field of metallized film capacitors. It uses a polyethylene-naphthalate (PEN) film core, wrapped and pressurized with a metal layer and sandwiching electrode plates. This multi-layer construction means the capacitance value of the capacitor is induced by the change of thickness and the geometry of the capacitor; hence it greatly helps in the stabilization of the capacitance value and voltage coefficient.

The dielectric breakdown voltage of this type of capacitor is usually higher than other capacitors, and its insulation resistance values can go up to the Gigohm range. This dense dielectric material helps reduce the possibility of leakage current. As a result, this kind of capacitor is suitable for applying in high-power factor, control and isolation.

In summary, the BFC237537202 is a type of film capacitors that combines a broad frequency range with a unique working principle, making it perfect for a variety of industrial and consumer applications. Its metallized film construction, higher dielectric, and higher insulation resistance allow it to filter both normal and pulse signal with excellent accuracy, and its dense dielectric material helps reduce the possibility of leakage current, making it suitable for high-power factor, control, and isolation applications.

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