ELXZ6R3ELL682MK40S

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Aluminum Electrolytic Capacitors are high-value energy storage devices used in almost all electronic equipment for power supply filtering. One of its most commonly used product models is ELXZ6R3ELL682MK40S. It is usually characterized by its relatively high capacitance and consistent performance.

In terms of the application field of ELXZ6R3ELL682MK40S, it is mainly used in communication systems, audio-visual systems, BGA and SMD (Surface-Mount Devices) applications, desktop power supplies, industrial power supplies and notebook power supplies. It also functions in headphone amplifiers, audio power amplifiers, TV receivers, high-power LED lighting, and portable electronic products. With its wide availability of parameter choices, ELXZ6R3ELL682MK40S can be applied in a wide range of equipment and satisfy any needs.

In terms of the working principle of ELXZ6R3ELL682MK40S, current through the capacitor causes a chemical reaction that forms a very thin layer of oxide on the surface of the anode. This oxide layer acts as the dielectric medium separating the two metal plates of the capacitor. The applied voltage creates an electric field between the two plates, resulting in a buildup of electrical charge. The density of this electric field increases with increased voltage.

An important feature of ELXZ6R3ELL682MK40S is its ability to maintain steady capacitance over a wide range of temperature and frequency. The device integrates formed solid rectangular aluminum case, snap-in terminal and screw terminals. Its temperature coefficient ranges from -45~105℃, and its range of capacitance is from 1-10,000μF.

ELXZ6R3ELL682MK40S uses the principle of electrolysis to store charge and therefore has a wide range of variable capacitance and large capacitance. Its long product life, low series resistance, and low temperature range make it ideal for use in a wide variety of devices. In addition, ELXZ6R3ELL682MK40S have a much higher surge current capability than other non-electrolytic capacitors, making them suitable for applications requiring higher surge currents.

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