517D108M063EN6AE3

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Aluminum Electrolytic Capacitors are widely used in various electronics industries for a range of applications from energy storage to signal processing. Among these capacitors, the 517D108M063EN6AE3 is one of the most efficient and versatile. This article covers its application fields and working principles.

Applications

The 517D108M063EN6AE3 is a multi-polar capacitor suitable for use with high-voltage circuits. It is particularly well-suited to power supplies, power converters, and motor controls. Its high capacitance and excellent capacitance stability make it particularly suitable for use in applications where high-capacity energy storage is needed, such as automotive power supplies.

This capacitor is also used in analog and digital signal processing applications, where a consistently stable capacitance is needed for quality signal output. It can also be employed in telecommunications and medical electronics, due to its self-healing properties and vibration and shock tolerance.

Working Principles

The 517D108M063EN6AE3 is an aluminum electrolytic capacitor. It consists of two aluminum foils plate inside a metalized polypropylene film. Between these foils is a non-conductive dielectric film, which acts as the insulator. This structure ensures excellent leakage current performance and provides superior insulation capabilities.

When the capacitor is charged, the positive and negative electric charges build up on the aluminum foils. These electric charges are kept from mixing due to the non-conductive dielectric in between. This is the source of the capacitor’s capacitance. The higher the charge, the more capacitance is produced.

The 517D108M063EN6AE3 is designed with an oxide layer coating on the foil plates, which helps to increase the capacitor’s dielectric strength. It also has self-healing properties. If a short occurs, the oxide layer will reform itself, resulting in a restored capacitance. This makes the device less prone to failure.

Overall, the 517D108M063EN6AE3 is an incredibly versatile and efficient capacitor, offering a combination of features and performance that make it suitable for a wide range of applications. Its high capacitance and self-healing properties make it a reliable choice for power supplies, signal processing, and medical electronics applications.

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