C4AEOBU4270A1XJ

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Film capacitors are electronic components, which use an extremely thin dielectric film as the dielectric material instead of the traditional ceramic material. The dielectric film of the film capacitor has a higher dielectric constant than the dielectric ceramic, which makes it superior in terms of capacitance and volumetric efficiency. The C4AEOBU4270A1XJ is a special type of film capacitor designed for use in applications such as the switching power supplies and other applications with high ambient temperatures.

The C4AEOBU4270A1XJ is a high-power, high-current film capacitor designed for use in applications requiring a high dielectric strength capacitor. The capacitor is designed using temperature-resistant materials that meet UL845 and UL489 specifications. The C4AEOBU4270A1XJ has an operating temperature of -40°C ~ +125°C and can handle currents up to 6.6A. The capacitor is also RoHS compliant.

The working principle of the C4AEOBU4270A1XJ is simple. The capacitor consists of a thin dielectric film that is sandwiched between two metal electrode plates. When an electric current is applied between the two plates, an electric field is generated across the dielectric material. This electric field will cause the dielectric material to polarize, thus creating an electric dipole between the two plates that acts as a capacitor.

The C4AEOBU4270A1XJ film capacitor has a wide range of applications due to its superior performance and robust design. It is commonly used in switching power supplies, LED lighting, power cables, computer chassis, and industrial machinery. The capacitor is also often used in electrical testing and measuring applications, due to its high power handling capabilities. Due to its high dielectric strength, the C4AEOBU4270A1XJ is suitable for use in applications that require high voltage stabilization.

In conclusion, the C4AEOBU4270A1XJ is a high-power, high-current film capacitor that is designed for use in applications where high dielectric strength is required. The working principle is based on the principle of polarization of a thin dielectric film sandwiched between two metal electrodes, and it has a wide range of applications due to its superior performance and robust design.

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