BFC237028183

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Film capacitors, also called plastics or polyester capacitors, are small, efficient electrical conductors that are typically used to store and release electricity. More specifically, BFC237028183 is a capacitor designed for applications where extreme temperatures and long life expectancy are desired. It also features high voltage stability and is tolerant of overvoltage surges.

This type of capacitor is compose of self-healing, metallized thin-film polyester dielectrics. It has gold plated end caps, a case made out of plastic, a bottom plate made of copper and an epoxy-filled top plate. The construction of BFC237028183 provides it with superior performance in terms of temperature coefficient of capacitance, short-term and long-term stability, and a high levels of safety.

BFC237028183 is commonly used in audio, automotive, machine tools and electronic equipment applications. It can also be used in air conditioning systems, refrigerators, lighting systems, motor starters, solar cells and other related electrical equipment. BFC237028183 has a high life expectancy and is capable of sustaining extreme temperature ranges, which makes it suitable for many industrial applications.

BFC237028183 has a working principle, which is generally based on its structure and components. Its self-healing, metallized thin-film polyester dielectrics provide a very stable surface, which stores and releases electricity. The gold plated end caps and copper bottom plate help to increase capacitance and decrease losses. When electricity passes through the capacitor, electric energy is stored, which results in a current being generated.

The epoxy-filled top plate serves to discharge the charge and prevent leakage of current, by preventing the creation of an electric circuit that might occur between the positive and negative plates. This type of capacitor also provides high voltage stability, by preventing the formation of high voltage sparks, which could damage the system.

In summary, BFC237028183 is an example of a film capacitor, which is used in many applications due to its temperature coefficient, ability to store and release electricity, and its tolerance of overvoltage surges. Its components such as its polyester film and dielectrics, gold plated end caps, copper bottom plate and epoxy top plate all play an important role in providing the capacitor with its superior performance. It provides good voltage stability and long life stability, making it ideal for many industrial and consumer electronics applications.

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