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Aluminum Electrolytic Capacitors

The 860160278044 is an aluminum electrolytic capacitor. It is a type of capacitor which has a high capacitance in a very small volume. The main construction comprises aetallelectrode sheets with the aluminum foil acted as cathode and electrolyte-soaked paper enclosing it. It is then enclosed in a plastic or metallic can.

Application Fields

The 860160278044 is primarily used for power supply related applications and signal filtering in electronics system. These capacitors offer high capacitance and can be used in various industrial, automotive, military, consumer, and medical application areas. Examples include power supplies, motor controllers, and high frequency filters. They are also utilized to stabilize voltage fluctuations and to block very low frequency signals.

Working Principle

The complex process of making an electrolytic capacitor involves a number of steps. It starts with a cathode aluminum foil of low resistance, usually Anodized Anode Foil. This foil is then twisted and turned into cylindrical shapes with body dimensions depending on application. The cathode foil along with an oxygen-free copper foil is then rolled into a spiral shape and placed in an anode cup. This anode cup is then filled with electrolyte, a solution which conducts electricity and contains a number of dissolved molecules. The deposit of electrolyte on the cathode creates an electric field.

When the electrolyte dissolves the molecules in its solution, an electric current tends to flow through it. This current produces an axial magnetic flux which is responsible for maintaining the capacitance of the capacitor. This predetermined capacitance is known as the Ideal Dielectric Strength. The Dielectric Strength represents the amount of energy that can be stored in the electrolyte solution.

Conclusion

The 860160278044 is a type of aluminum electrolytic capacitor which has a high capacitance in a very small volume. These capacitors are used for power supply related applications and signal filtering in electronics system. The complex process of making an electrolytic capacitor involves a number of steps, such as anodized anode foil twisting and turning and filling with electrolyte. The electric field created by the electrolyte enables the capacitor to store energy and maintain its capacitance.

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