BFC237055183

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Film Capacitors

Film capacitors are composed of thin insulating film layers with roll wound metallize electrodes. The metallizations usually consist of aluminum, zinc or Tin. The capacitor is impregnated and cured by using epoxy resin or polyurethane resin and winding it of an aluminum or zinc alloy tube or formed in a case with crimped aluminum band cover.

BFC237055183 Application Field and Working Principle

The BFC237055183 film capacitor can be applied in various reference circuits and pulse circuits, including but not limited to reference circuits that needs low reactive power, filters for multi-functional power, AC and DC low-loss circuits, and pulse circuits. It also has a wide application in power electronics and microwave communication, such as communication network, radio broadcasting and television.

When the BFC237055183 film capacitor is connected in a circuit, due to the presence of the dielectric, the current entering the capacitor is blocked, the stored energy creates an electric field. As the current is blocked, the capacitor works as an energy accumulator, the capacitor can store energy by accumulating electric charge. The capacitor can store energy in two ways, depending on the voltage signal: one is charging and the other is discharging. During charging, the electric field is established by the presence of the dielectric, which allows the capacitor to accumulate electric charge; while during discharging, the electric field collapses, thus releasing the stored electric charge.

Structure of BFC237055183 Film Capacitor

The structure of BFC237055183 film capacitors mainly composed of the winding coil and dielectric layer. The dielectric layer is usually composed of polycarete film or polypropylene film. The winding coil is formed by wrapping an organic film with an aluminum foil or zinc alloy foil. The organic film is usually a Teflon film with insulation and CUR temperature resistance. The aluminum foil or zinc alloy foil is printed with a tin-plated copper line. The tin-plated copper line is sprayed with copper glue, and then the copper line and the organic film are completed. The winding coil is formed by winding the organic film, the aluminum foil or zinc alloy foil and the copper line on the winding core. The plastic film is then wrapped around the coil and the aluminum or zinc alloy band is crimped to form a single piece structure.

Features of BFC237055183 Film Capacitor

The BFC237055183 film capacitor is known for its superior performance and its ability to stand up to high temperatures. It has a low impedance compared to many other capacitors, which allows for a low dissipation factor. The high temperature rating of the capacitor makes it suitable for use in high temperature environments and allows for higher power applications. Furthermore, it has a low voltage coefficient with a range of 0.4-0.6V, making it more temperature stable for power applications. The small size and weight of the capacitor makes it easy to package and install in small spaces. Furthermore, the low cost of the capacitor makes it an economical solution for many power applications.

Conclusion

The BFC237055183 film capacitor is demonstrating superior performance, low cost, and excellent temperature stability. Its ease of use, small size and weight make it an ideal choice for high temperature, high power applications. The BFC237055183 film capacitor works by charging and discharging energy, making it suitable for multiple application fields, and its features make it an attractive solution for many power applications.

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