EKMG350ETD102MK20S

Aluminum electrolytic capacitors are a type of electrochemical capacitor, commonly used for energy storage and smoothing voltage variance. They are based on a simple two-electrode, anode-cathode arrangement, which stores a large amount of energy in a small volume. The EKMG350ETD102MK20S is a high-power, non-polarized aluminum electrolytic capacitor. It features superior voltage stability, low ESR, and long life.

Application Field:

The EKMG350ETD102MK20S can be used in a range of applications, including direct current (DC) power supplies, signal smoothing, filtering, and switching power supplies. It is primarily used in power supplies, as it provides high-power storage and smoothing capacitance with great reliability and stability. It is also used in audio applications, such as in car amplifiers and for filtering applications in consumer electronics.

Working Principle:

The EKMG350ETD102MK20S is an aluminum electrolytic capacitor. It works on a similar principle to a battery; a chemical reaction between two metal plates generates an electric charge, allowing energy storage and release. In the EKMG350ETD102MK20S, the anode consists of an aluminum foil sheet, covered with an oxide layer. The cathode is a wet electrolyte. When charged, the anode will create a polarized electric field, which creates a charge on both surfaces. This charge will be stored until a reverse current is applied. The capacitance of the capacitor is determined by the area of the anode and the electrolyte thickness.

Conclusion:

The EKMG350ETD102MK20S is an aluminum electrolytic capacitor, offering great reliability, stability, and voltage stability. It is used for power supply applications, as well as audio and filtering applications in consumer electronics. It works on a two-electrode, anode-cathode arrangement, where a chemical reaction between the two metal plates generates an electric charge. This allows energy storage and release, allowing it to be used in a range of applications requiring energy storage and smoothing.