EKZE160EMC102MJ20S

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Aluminum Electrolytic Capacitors are capacitors which contain an anode of aluminum foil with an etched surface, covered with a thin insulating layer of aluminum oxide. The electrolyte then acts as the second electrode. They are the most common form of electrolytic capacitor and are most often used for their size and low cost.

The EKZE160EMC102MJ20S is an aluminum electrolytic capacitor designed for long-life and high-performance applications. It is designed with a low ESR, low leakage current, wide temperature range, and low temperature coefficient. Additionally, it features low losses, good thermal stability, and low impedance at high-frequency.

The EKZE160EMC102MJ20S is most commonly used in switching power supplies, motor control, and frequency converter applications. These applications require a capacitor that can handle higher ripple currents and voltages with stable characteristics over a wide temperature range.

The operating principle of the EKZE160EMC102MJ20S is that when a voltage is applied across its leads, the internal aluminum oxide layer forms an electrical barrier that works to allow the opposite charges of the aluminum and electrolyte to accumulate on either side. This forms an electric field that can store energy, forming a capacitor. The electrons that are transferred from the electrolyte to the foil are then stored in the electric field and discharged upon removal of voltage.

In order to maintain the energy storage ability of the capacitor, it is important to keep the oxide layer intact and free from impurities. That is why the device is designed with a long-term hermetic sealing that prevents contamination of the oxide layer from outside influences.

Overall, the EKZE160EMC102MJ20S is an ideal choice for applications that require stable performance over a wide temperature range without big losses. Its low ESR, low temperature coefficient, and low leakage current make it ideal for use in high-performance switching power supplies, motor controls, and frequency converters.

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