SLPX392M063E3P3

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Aluminum electrolytic capacitors are passive electronic components made from aluminum foils covered with thin oxidized layer which are used as electrodes. They are usually filled with electrolytes, and are characterized by a wide range of capacitance at a compact size. The SLPX392M063E3P3 is an aluminum electrolytic capacitor with a number of unique features making it well suited for a range of applications and working principles.

The SLPX392M063E3P3 capacitor has a non-solid electrolyte, with its main feature being the low equivalent series resistance (ESR). This low ESR value ensures that more energy is available at the load point since a lower drop in voltage is seen compared with Solid Electrolytic Capacitors (SEC). Another advantage of the SLPX392M063E3P3 is its high operating temperature of 105°C. This high operating temperature makes it especially suitable for use in power circuits as it can easily handle the increased heat caused by higher currents.

Because of its very low ESR, the SLPX392M063E3P3 has high ripple current capability. This means the capacitor can deliver large amounts of energy without overheating. This property makes it particularly suitable for use in switching power supplies and medical equipment that require high ripple currents. Additionally, its reliability is further improved by its low equivalent series inductance (ESL), enabling good performance in high-frequency applications.

The SLPX392M063E3P3 also has a wide capacitance range from 0.47µF to 4.7µF providing flexible options for designers. This makes the capacitor suitable for a wide range of applications. This range also allows for larger capacitances than what is typically found in electrolytic capacitors, making it suitable for use in large power circuits as well.

The SLPX392M063E3P3 is a perfect solution for a range of applications and working principles, making it an ideal choice for engineers looking for a reliable and efficient aluminum electrolytic capacitor. Its high operating temperature, low ESR and ESL, and wide capacitance range make it the ideal choice for applications that require high ripple currents, high frequencies, and larger capacitance values.

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