ELXV630EC3471MK35S

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors, also known as “electrolytic caps” or “electrolytics”, are capacitors that use aluminum oxide as an insulator. Ferroelectric materials and electrolytes are also used. These components are used in many consumer electronics, industrial electronics, telecommunications, power supplies, and computer systems. They are designed to increase the capacitance of an electrical circuit.

ELXV630EC3471MK35S Application Field and Working Principle

ELXV630EC3471MK35S is a popular type of aluminum electrolytic capacitor. This capacitor is used in applications where long life and reliability are important. It can be used in circuits with high ripple current requirements, as well as high voltage circuits.

The ELXV630EC3471MK35S capacitors are constructed with two aluminum plates, a high-quality electrolyte, and a solid manganese dioxide dielectric. The two plates are an anode and a cathode. When a voltage is applied to the capacitor, ions from the electrolyte are attracted to the positive plate, forming a layer of dielectric. Electrons from the negative plate are also attracted to the positive plate, creating a voltage differential between the two plates. This voltage difference creates an electric field between the plates, which stores energy and creates a capacitance.

The ELXV630EC3471MK35S aluminum electrolytic capacitors have a wide temperature range and are designed for applications where both high voltage and high current are present. They are also used in power supplies, audio applications, and in circuits where high voltage transients are expected. The capacitance range of this capacitor is between 630 and 3400 picofarads, depending on the chip size selected.

The ELXV630EC3471MK35S capacitors offer a wide temperature range, low cost, and long life. They are also designed for high ripple current applications. They are easy to mount, require minimal space, and are capable of withstanding high voltage transients. Overall, these capacitors are an excellent choice for many electronic applications.

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