MLP562M063EB1A

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Aluminum electrolytic capacitors are an important part of any electronic device. The MLP562M063EB1A is a type of aluminum electrolytic capacitor specifically designed for high capacity applications. This capacitor is made up of an anode of aluminum foil with a thin oxide coating and a separator of an electrolyte of dielectric paper separator soaked in a liquid electrolyte. The separator is impregnated with a cathode material usually formed of an electrolyte paste containing silver oxide particles. The electrolyte and anode are separated by an electrical barrier through a separator.

The main application field of MLP562M063EB1A aluminum electrolytic capacitors is its high capacity. This is because it can store up to 5620uF and its capable of sustaining a voltage of 63V, making it suitable for industrial and vector drives, medical equipment and avionics.

In addition to its high capacity, MLP562M063EB1A capacitors are also capable of sustaining high temperature and have a long life span due to their robust design. This makes them an excellent choice for use in harsh operating conditions. The capacitors are also RoHS compliant, which means they are free from harmful substances that could potentially damage the environment.

The working principle of the MLP562M063EB1A is based on the electric double-layer effect. When a direct current is applied between the anode and the separator, the negative ions of the capacitor are attracted to the anode and the positive ions to the separator. This process creates a layer of accumulated negative ions near the anode and a layer of positive ions near the separator, which produces a storing effect. This effect creates a storage of electrons that can be used when the electric current is removed.

The MLP562M063EB1A aluminum electrolytic capacitor is an excellent choice for those looking for a high capacity, long life and temperature stabilized components. Its low cost, consistent performance and long useful life make it ideal for applications ranging from industrial and vector drives to medical equipment and avionics. Its reliable performance and robust design make it suitable for use in harsh conditions, and its RoHS compliance ensures environmental safety.

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