EKZE160ELL222MK25S

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Aluminum Electrolytic Capacitors are used in a variety of applications, from basic filtering to sophisticated motor control and large-scale energy storage. The EKZE160ELL222MK25S belongs in this category and is designed to deliver extended life and reliable performance. Its application field and working principle are described in this article.

EKZE160ELL222MK25S is suitable in energy storage applications requiring a broad range of frequencies, from low-frequency AC to high-frequency DC, and offers superior service in most industrial processes. The capacitor is constructed with wet electrolytic foil and pressure sealed cells, allowing a high level of reliability during operation. The EKZE160ELL222MK25S is rated at 4200 volts, with a 0.022µF capacitance. With a dielectric loss factor of 10% or less at 4kHz and a rated temperature range of -55°C to +105°C, the capacitor is well-suited for a variety of applications.

The capacitor features a unique design principle, in which electrons are stored and released using what is known as an interelectrode reaction. This involves an electrochemical reaction between the two electrodes,inside the capacitor, creating an ion exchange that allows for an effective exchange of electrons between the terminals. When the capacitor is subjected to an electrical field, the reaction between the electrodes causes ions to move in one direction, resulting in a stored charge. When the supply voltage is removed, the ions remain in the same direction, preserving the charge in the capacitor.

The EKZE160ELL222MK25S also offers low-impedance characteristics, allowing it to be used as a timing element in industrial control systems and electronic timer circuits. In addition, its ESR values of 0.28 ohms and a ripple current rating of 12A at 105°C make it well-suited for dc-to-dc conversion and other industrial applications that require high frequency operation.

The EKZE160ELL222MK25S offers a robust application field, thanks to its high reliability, long-life design, and robust temperature resistance. Its operating temperature of -55°C to +105°C ensures the capacitor can continue to operate reliably in extreme environments, and its unique interelectrode reaction is designed to protect the capacitor from damage due to electrical overstress or overcharging. As a result, the EKZE160ELL222MK25S is an excellent choice for industrial applications requiring reliable operation and extended life.

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