BFC238603155

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Film capacitors are a form of capacitor that utilizes a plastic film as inadequate dielectric material to help store electric charge. As a common electronic component, film capacitors can be used in amplifiers, crossovers, acoustics, motor controls, power supplies, electronic ballasts, low frequency resonators, etc. Automotive, industrial, and medical applications may also make use of it. The BFC238603155 film capacitor is specifically designed for more demanding conditions as compared to non-radial versions.

Application Field of BFC238603155 Capacitors

BFC238603155 film capacitors have a wide range of applications. It is applicable in a broad variety of industries, including healthcare, automotive, industrial, and military. It features a polypropylene metalized film construction which makes it suitable for use in high-temperature environments, such as automotive under-the-hood temperatures.

The BFC238603155 has a high self-healing and low acoustical noise feature. This means that it is highly resistant to mechanical or electrical stress, making it suitable for use in medical environments. It also has a capability of handling current over load of up to 1050µF, withstanding up to 400V DC. Its impedance capability of up to 450 ohms makes it ideal for induction or starting motors, and its exceptional performance makes it suitable for audio-frequency frequency (AF) applications.

Working Principle of BFC238603155 Capacitors

The basic construction of BFC238603155 film capacitors consists of two conducting metal plates that are separated by and printed or deposited on a film dielectric. When a voltage applied to the metal plates, electrons move from one plate to the other, which forms an electrical field between the plates. This electric field is then stored in the dielectric material between the plates. The capacitance of the capacitor depends on the size of the plates and the distance between them, and the dielectric of the film.

The working principle of BFC238603155 film capacitor is similar to that of any other type of capacitor. However, the BFC238603155 is designed for higher energy conservation, which it can achieve by utilizing a thicker dielectric layer between the two conducting surfaces. The thicker the dielectric layer, the higher the energy efficiency being made possible. This is achieved by trapping static charges on the surface of the dielectric material and conducting them along the dielectric layer into the capacitor. This helps to reduce heat loss and capacitance loss, making the capacitor more efficient.

In addition, the BFC238603155 capacitor has a higher ripple current rating, meaning it can deliver higher currents without affecting its physical size. The capacitor also has a low inductance, which helps to reduce its associated noise levels when used in higher frequencies. Furthermore, its construction enables it to withstand pressures exceeding 25psi, which makes it suitable for use in automotive applications.

Conclusion

The BFC238603155 film capacitor is designed for demanding conditions and can be used for a wide range of applications. Its thick dielectric layer helps to reduce energy loss and increase capacitance efficiency. Furthermore, its high ripple current ratings and low inductance make it suitable for audio-frequency (AF) applications. Its construction also enables it to withstand pressure up to 25psi, making it suitable for use in automotive applications. As such, the BFC238603155 is the ideal choice for any application which requires higher performance and reliable operation.

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