FCP1913H104G-E2

Film capacitors, sometimes referred to as polycarbonate capacitors, are a type of electrical component used in a wide range of applications. The FCP1913H104G-E2 is a film capacitor developed by a respected manufacturer with excellent performance. It is designed for use in a variety of applications and is noted for its high volumetric efficiency. The following is a summary of the FCP1913H104G-E2\'s application field and working principle.

Applications for the FCP1913H104G-E2 film capacitor include motor controllers, audio output amplifiers, power supplies, and voltage dividers. It is suitable for use in a broad range of temperature settings, making it well-suited for many industrial and commercial applications. The film capacitor also proves to be a benefit in applications that require high current densities, as they are an effective solution for controlling energy surges. Additionally, the high volume efficiency of the FCP1913H104G-E2 results in increased efficiency and substantial savings in power costs.

The working principle of the FCP1913H104G-E2 film capacitor is relatively simple. In essence, the capacitor comprises of two metal electrodes contained within a dielectric material. An electric potential is applied to the two electrodes, resulting in electric charge being stored within the dielectric material. This stored charge is then discharged whenever a current is passed across the two electrodes.

The FCP1913H104G-E2 film capacitor offers a number of notable advantages over other forms of capacitors. Its relatively small size confers benefits in terms of space savings and ease of integration into systems. The unit is highly durable due to its metal electrodes and nylon plastic film base, making it suitable for use in harsh environments. Additionally, the capacitor features an operating temperature range from -55°C to 105°C, offering considerable flexibility and enhancing its versatility.

The superior performance of the FCP1913H104G-E2 film capacitor is ideal for manufacturers and engineers working in a range of challenging applications. Its construction results in a long-lasting electric component that is both compact and highly effective. Its broad temperature range and ease of integration make it a versatile and reliable solution for electrical applications.