LNX2J472MSEKBN

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Aluminum electrolytic capacitors are a type of electrolytic capacitor with a totally sealed construction and an formed anode, of which the anode is typically formed of a metal oxide. These capacitors contain a sealed liquid electrolyte and due to their construction, they are capable of achieving larger capacitance values than other types of capacitors. The LNX2J472MSEKBN aluminum electrolytic capacitor is a surface mounted capacitor suitable for decreasing impedance, filtering, and providing a stable frequency capacitance. It is often used in applications such as power supplies, frequency control circuits, and DC/DC converters.

The LNX2J472MSEKBN aluminum electrolytic capacitor consists of three primary components, including a ceramic substrate, an etched anode, and a printed silver stripe cathode. The ceramic substrate is comprised of a ceramic material with a low electrical resistance and high purity. This is important as it helps reduce electrical losses and creates a favorable electrical environment for optimal capacitor efficiency. The etched anode is created by etching aluminum around a metal oxide substrate. This allows for precision etching of the anode electrode and provides good electrical conductivity properties.

The printed silver stripe cathode of the LNX2J472MSEKBN aluminum electrolytic capacitor features an evaporated silver stripe separated by an insulating layer of glass or alumina, and is created by applying a voltage to the anode during production. This also serves to reduce electrical losses. During production, the anode and the cathode are then connected with an electrolyte. The electrolyte is typically an aqueous solution of a base and acid that reacts to form a sulfate or other compostion needed for optimal capacitor performance.

The primary function of the LNX2J472MSEKBN aluminum electrolytic capacitor is to reduce the ohmic impedance and attenuate the frequency response of an electrical circuit. Its aluminum electrolyte and silver stripe cathode layers create a higher electrostatic content than standard wet electrolytic capacitors, thus providing much better electrical performance. As such, these capacitors are often used in high power and high voltage applications. They are also often used in power supplies, monitoring systems, and other communications circuitry because of their low-leakage current and low ESR ratings.

The working principle of the LNX2J472MSEKBN aluminum electrolytic capacitor is straightforward. The anode and cathode terminals are effectively two charged plates, separated by an electrolytic solution. When an applied voltage is applied between the two terminals, an electric field is created between them. This field induces a chemical reaction inside the electrolytic solution, creating a current flow of electrons. This current flow subsequently creates an electric field between the two plates, thus producing a capacitor.

The LNX2J472MSEKBN aluminum electrolytic capacitor is designed for use in a wide variety of applications. The combination of its ceramic substrate and etched aluminum anode allows it to provide higher capacitance values than other similarly sized capacitors. In addition, its low-leakage current and low ESR ratings make it an ideal choice for use in communications circuitry, power supplies, and other areas where attenuating circuit frequencies and reducing ohmic impedance are desired.

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