LXY25VB152M12X30LL

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Aluminum electrolytic capacitors are widely used in almost all electronic applications due to their high storage capacity and electrical stability. They are typically constructed with an aluminum foil as the anode, a metallic electrolyte or oxide coating as the dielectric, and a porous paper or wet electrolyte as the cathode. The principal component of an aluminum electrolytic capacitor is the anode, which is usually an aluminum foil that has been chemically treated in such a way that it has a very coarse, highly porous surface. This heavily textured anode surface provides a large capacitance variability due to the high surface area.

The LXY25VB152M12X30LL is an aluminum electrolytic capacitor. This part is a low ESR, long-life, high temperature aluminum electrolytic capacitor. It is ideal for use in high temperature electronics applications, especially in consumer electronics, automotive, aviation, energy, and process control systems. It has a rated voltage of 25V DC, and is designed for operation with capacitances up to 470 uF.

The working principle of the LXY25VB152M12X30LL is based on the same electrical principles that govern all capacitors: the capacitance is proportional to the area of the electrodes and inversely proportional to the distance between them. By increasing the surface area of the electrodes, it is possible to achieve a higher capacitance at the same voltage. As the capacitance of the LXY25VB152M12X30LL is dependent on the area of the electrodes, the capacitance can be adjusted by etching the electrodes to create a larger surface area.

The LXY25VB152M12X30LL aluminum electrolytic capacitor is an excellent choice for consumer electronics, automotive, aviation, energy, and process control systems that require a long-life, low ESR capacitor with high temperature capabilities. It is designed to operate reliably in temperatures up to 125°C, and provides stable performance even at high frequencies and voltages. Its rugged construction ensures reliable performance even in harsh environments, and its high capacitance-to-size ratio allows for the use of smaller components in designs.

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