LNX2H123MSEK

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Aluminum electrolytic capacitors provide an efficient energy storage solution. Engineering solutions utilizing aluminum electrolytic capacitors often exist in a wide range of applications such as motor drives, power electronics, lighting, renewable energy, automotive, aerospace, and medical markets. These capacitors offer a unique combination of power and ruggedness, making them highly-desirable for use in a number of industries. The LNX2H123MSEK is an aluminum electrolytic capacitor designed by Nichicon and offers customers an attractive combination of features, including an interlocking connection, a long life span, and superior reliability.

The LNX2H123MSEK contains a winding made of electrolytic aluminum foil and a dielectric material composed of an organic layer and an organic film. This combination creates an electric double layer which has an extremely large capacity. The organic film acts as an interface between the two layers, allowing charges to flow between them. It also offers protection against electric failures while providing superior dielectric strength and temperature resistance.

The LNX2H123MSEK has two main applications. First, it can be used as a power supply for LED lighting systems. Since LED lighting systems are known for their high power consumption, a reliable capacitor is needed to efficiently store the electrical energy. When connected to an LED lighting system, the LNX2H123MSEK allows the system to run with minimal disruption and maximum efficiency. Second, it can be used in motor drives. Since motor drives are highly sensitive to voltage drops, having a reliable capacitor is essential for the safe and efficient operation of these devices.

The LNX2H123MSEK also features a wide range of stacking options, allowing it to offer greater power density and reliability. This is especially useful in high-power applications such as in electric vehicles and renewable energy. The capacitor also features interlocking connections which enable multiple capacitors to be connected in series. This provides even greater robustness and reliability.

In terms of its working principle, the LNX2H123MSEK utilizes an electrochemical process to store electrical energy. The electric double layer created by the aluminum foil and dielectric material attracts and stores opposite charges. This creates an electric field and stores the energy. During discharge, the stored electric energy is released, allowing current to flow freely.

In summary, the LNX2H123MSEK is an aluminum electrolytic capacitor which provides customers with a reliable and long-life energy source. With its wide range of stacking options and interlocking connections, it is perfect for powering LED lighting systems, motor drives, electric vehicles and other high current applications. Its electrochemical process allows it to store and release electrical energy efficiently and effectively.

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