EKMH401VNN271MA35T

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Aluminum Electrolytic Capacitors are widely used in electronics due to their relatively small size and high capacitance. They are composed of two aluminum foils separated by a layer of paper impregnated with an electrolytic solution, sandwiched between two metal sheets. The terminals of the capacitor are usually made of an electrically conductive material, such as aluminum or copper. The capacitance of an aluminum electrolytic capacitor is determined by its geometry and the size of the electrical current it will handle. They’re an important part of any electrical circuit, handling electrical energy storage and transfer.

EKMH401VNN271MA35T is a specific model of aluminum electrolytic capacitor. It is composed of two layers of aluminum oxide dielectric. The aluminum foil acts as the electrode on which charges can accumulate and the other end is a conductive material like aluminum or copper that forms the terminals for electrical connection. The geometry of this aluminum electrolytic capacitor and the size of electrical current it is able to handle determines its capacitance. The EKMH401VNN271MA35T capacitance is 401V with a capacitance of 271μF and a maximum operation temperature of 35°C.

EKMH401VNN271MA35T aluminum electrolytic capacitors are used for general purpose applications where moderate performance is required. These capacitors are very reliable and have low cost. They are widely used for smoothing and filtering current in power supplies, for protecting against electrical surges, and in motor control systems. The EKMH401VNN271MA35T aluminum electrolytic capacitor can also be used in automotive, industrial, and consumer applications.

The changing electric field within the capacitor causes electric charges to accumulate on the aluminum foil electrodes in a process known as charging. This causes a buildup of electrons that’s known as capacitance. When an external voltage is applied to the terminals of the EKMH401VNN271MA35T capacitor, tiny electric fields form in the dielectric, causing electrons to flow. The capacitor will reach its rated capacitance when the fields in the dielectric have reached their peak. As the electric field in the dielectric decreases, the capacitor will begin to discharge its stored charge.

The EKMH401VNN271MA35T aluminum electrolytic capacitor is highly dependable and offers superior electrical characteristics. It is stable over a wide range of operating temperatures and capable of withstanding high voltage spikes or surges. These capacitors also provide good noise suppression, clamping of transient voltages, and low dissipation factor. The EKMH401VNN271MA35T capacitor is designed to last long, making it a reliable choice for many applications.

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