BFC230363823

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Film capacitors are popular for their many uses, including filtering, measuring, protecting and providing energy storage. One of their key advantages is their ability to handle high operating temperatures of up to 175 degrees Celsius. The BFC230363823 capacitors belong to this category and are specifically designed to address the high temperature needs of commercial, industrial and military applications. The BFC230363823 is a high voltage, axial lead, electrolytic capacitor designed for use in power circuits in film capacitors applications. As a result, a wider range of operating temperatures is possible.

Application Field of BFC230363823

The BFC230363823 is a robust capacitor, built to withstand extreme temperatures and demanding conditions. It works perfectly in applications where extreme heat is a limiting factor, e.g. communication systems, aerospace, power supplies and oil/gas applications.

The BFC230363823 is also a popular choice for consumer electronics such as personal computers, TVs, radios, electronic games, and gaming systems. This helps in providing a high-quality audio and video experience.

Additionally, BFC230363823 capacitors are commonly used in industrial motor control instruments, such as motor starting capacitors and fan capacitors. This helps control motor speed and provide a consistent flow of power.

The BFC230363823 also makes a great choice for phase shift and power factor correction applications. It can reduce power loss and help stabilize electrical power in a wide range of industrial applications.

Working Principle of BFC230363823

The basic principle of the BFC230363823 capacitor is simple. It is an electrical component that stores energy and creates a potential difference between its two terminals. When a current passes through the terminals, the capacitor stores electrical charge, allowing it to function as a mini power station.

The capacitors consist of two metal plates separated by an insulating material or medium, known as the dielectric. When current passes through the terminals, the dielectric medium stores the electrical energy and the capacitor develops a potential difference, creating a voltage drop across its terminals.

The dielectric medium also has an impact on the capacitance, which is a measure of the amount of charge the capacitor can store. The dielectric material can be made of various materials, with the most popular being polypropylene, ceramic or aluminum.

The BFC230363823 capacitor is designed with a high-temperature tolerance, so it can handle extreme temperatures for extended periods of time. Furthermore, the robust design and construction ensures that the BFC230363823 capacitor can handle demanding conditions for high performance and reliable operation.

The BFC230363823 capacitor is a great choice for applications requiring high-temperature capability, reliability and performance. It is widely used across many industries, ranging from consumer electronics to industrial applications.

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