EKMG160ETD102MJ16S

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Aluminum Electrolytic Capacitors

Application Field and Working Principle of EKMG160ETD102MJ16S

Aluminum electrolytic capacitors are devices consisting of two aluminum foils, separated and rolled into a cylindrical shape and filled with electrolyte. One foil is coated with a special oxide layer, which acts as the dielectric medium between the two aluminum foils. They are ideal components for storing and releasing energy in electronic circuits. They usually have a high capacitance, low temperature coefficient of capacitance, low leakage current, and high dielectric breakdown voltage.

The EKMG160ETD102MJ16S aluminum electrolytic capacitor is widely used in different applications, such as communication, power, energy storage, and control systems. Its rated capacitance is 160uF, with a voltage rating of 2.5V. It is designed for surface mounting applications and has a maximum operating temperature of +105°C. It has a wide capacitance range, which makes it ideal for applications with high current and low frequency requirements.

The working principle of the EKMG160ETD102MJ16S aluminum electrolytic capacitor is simple. The two aluminum foils are separated by the oxide layer, which acts as the dielectric medium between them. When a positive voltage is applied to the aluminum foil, electrons are drawn from the aluminum towards the dielectric medium. This creates a buildup of stored electrostatic energy, or capacitance, between the two metal plates. The magnitude of the charge is determined by the amount of electrolyte present between the two plates, which is the capacitance of the electrolytic capacitor.

The EKMG160ETD102MJ16S aluminum electrolytic capacitor is a reliable and cost-effective energy storage solution for many different applications, offering high capacitance, a wide temperature range, and low leakage. Its wide capacitance range and low temperature coefficient of capacitance make it ideal for applications such as power supplies, electromagnetic filters, and inrush current protection. Its low leakage current and high dielectric breakdown voltage also makes it well suited for high temperature environments.

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