ECQ-E4564KZ

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Film capacitors, also called plastic film capacitors, are electrical devices which aim to store potential energy in an electrostatic field, similar to that of tantalum or aluminum electrolytic capacitors. A film capacitor typically consists of dielectric material, such as polyester, polypropylene, and polycarbonate, surrounding a conductive metal foil. It is mainly used in high voltage and high frequency applications such as stabilize power supplies, DC filters, power factor correction, and signal coupling.

ECQ-E4564KZ are film capacitors manufactured with polyphenylene sulfide (PPS) dielectric and silver palladium plating technology. The most outstanding features of the film capacitor are their excellent voltage capability up to 2000V, good self-healing properties, and high dielectric stability. The encapsulation is made of UV-resistant material to ensure reliable operation in high temperature, humidity, and vibration environments.

The E4564KZ has a wide range of application fields, including audio amplifiers, cars, power systems, communications systems, computers, and medical equipment. They serve to stabilize, filter, and pass current for various applications. In addition, they also have excellent heat resistance and noise protection.

As for its working principle, it is simple yet effective. When a voltage is applied to the electrodes of the capacitor, a static electric field is created between the electrodes. This field stores energy, thus allowing the capacitor to generate a current when the voltage applied to it is higher than the potential of the energy stored in the field. At the same time, the capacitor serves to restrict the flow of current and prevent sudden variations in its amplitude.

In short, the E4564KZ is a film capacitor with high vibration resistance, excellent self-healing capabilities, and reliable operation in extreme environmental conditions. It has a great application range for various audio amplifiers, cars, power systems, and other electronic circuits. Its working principle relies on the generation of an electrostatic field to store potential energy.

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