BFC237511183

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Film capacitors are widely used in several applications, from industrial to consumer markets. BFC237511183 is a type of film capacitor which features a precise dielectric , superior linearity and low leakage current, all of which makes it ideal for high power applications such as motor start/stop, solar energy, commercial yard lighting, LED lighting, and intelligent lighting.

The construction of BFC237511183 begins with its proprietary flexible polyester film and electrode system. The unique dielectric construction ensures excellent linearity and low leakage current, while the electrodes are made with double sided alkali zinc metal and a special layer of aluminum to maximize conductivity. The inner core is built of aluminum and a foil, with a common sintered metal layer applied to the inner core. Finally, the assembly is protected with a special RTV sealant, protecting the construction from moisture, dust, and moisture.

The special construction of the BFC237511183 also makes it ideal for high power applications. Its superior linearity ensures less overshoot or undershoot, and its low leakage current allows for a high efficiency operation. The BFC237511183 features high dielectric strength, which means it can withstand higher voltage applications, and can also be used for high temperature operating conditions.

The BFC237511183 has several application fields which include motor start/stop, solar energy, commercial yard lighting, LED lighting, and intelligent lighting. In motor start/stop applications, the BFC237511183 is used to reduce the inrush current and to provide a smooth start/stop operation. In solar energy, the capacitor protects the inverter or rectifier by effectively reducing ripple current. In commercial yard lighting, the capacitor is used to filter out excessive noise, and to provide a smooth current flow. In LED lighting, the capacitor is used to filter out excessive noise and to limit the surge current. Finally, in intelligent lighting, the capacitor is used to ensure a safe operation and provide a precise control of light intensity.

BFC237511183 also features excellent working principle. When the current passes through the film capacitor, an electric field is generated, which is equal in magnitude to the initial voltage across the capacitor. The direction of electric field is opposite to the direction of current flow, and the magnitude of electric field is proportional to the voltage across the capacitor. This electric field is responsible for the capacitance of the film capacitor, and also ensures low leakage current. In summary, BFC237511183 is a reliable film capacitor, thanks to its superior linearity, low leakage current, and high dielectric strength.

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