860160273018

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Aluminum electrolytic capacitors are passive electrical components primarily used for energy storage and energy delivery. They have the highest capacitance values on the market, making them well suited for applications which require high capacitance densities and low impedances. These capacitors are composed of a dielectric sheet of aluminum foil between two conductive plates. This aluminum foil acts as an electrolyte, conducting electric current when subjected to an electric field. The charge on the plates is determined by the electrolytic solution in which they are submerged. Electrolytic capacitors have come a long way and are now used in a wide range of applications, including consumer electronics, automotive, aerospace and industrial controls.

The 860160273018 aluminum electrolytic capacitor is a chip-type capacitor with an all-aluminum structure. It is typically found in consumer grade electronic products due to its small size and high efficiency. The 860160273018 capacitors have an ideal capacitance of 13uF and can withstand a voltage of up to 50V. They are constructed using an anode aluminum foil surrounded by a separator, which is then encased with a special electrolyte. The electrolyte is important, as it provides the energy storage and delivery of the capacitor.

The 860160273018 aluminum electrolytic capacitor’s primary application field is in consumer grade electrical products such as mobile phones, computers, and other household devices. Due to its miniature size and impressive performance, it is particularly suitable for use in small, portable devices. This type of capacitor is also often found in industrial equipment, and is used as a reliable energy source for monitoring, converting and controlling power and energy. The 860160273018 capacitor is also popular in automotive and aerospace applications.

The working principle of the 860160273018 aluminum electrolytic capacitor can be summarized as follows. When an external electric field is applied, the capacitor’s internal electric field causes electrons to be attracted to the positive terminal of the capacitor. This creates a potential difference, and as a result, a current passes through the capacitor. On the internal level, the current transports ions and electrons between the two terminals of the capacitor, thus allowing energy to be stored. This process is reversed when the voltage is removed, and the stored energy is released.

In summary, the 860160273018 aluminum electrolytic capacitor is a versatile and reliable component which has an extensive range of applications. Its small size and reliable performance makes it well suited for consumer electronics, automotive and aerospace applications. The capacitors are constructed with an electrolyte, which enables them to store and deliver energy when subjected to an electric field.

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