LGU2E471MELB

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Aluminium electrolytic capacitors are widely used in electronic circuits and of many types. LGU2E471MELB belongs to the same category and is a product of Nichicon Japan. It has several features and certifications to boast of. It is equipped with Aluminium Electrolytic Capacitors with Low Impedance and Miniature Designed product category and has been certified by Underwriters Laboratories, Inc.

The principal application of LGU2E471MELB is in the power systems. It has an operating temperature between -40°C and +105°C and a ripple current of 4700mA and an ESR of 0.175mΩ/20°C. It can be used in various power conditioning applications, such as DC-DC converters, SNUBBER CIRCUITS, and automotive systems. Moreover, it can be used with other aluminum electrolytic capacitors for dissipation of the stored energy.

The working principle of LGU2E471MELB is based on the electrochemical behavior of ions. It consists of two aluminum electrodes which are separated by an electrolytic solution. When a direct current is applied to the capacitor, an oxide layer begins to form on the surface of the electrodes. This oxide layer greatly enhances the capacitor’s ability to store energy. Furthermore, the oxide layer also acts as an insulating layer, thereby increasing the output capacitance of the capacitor.

The LGU2E471MELB also has other beneficial features. It can provide up to 4700mA of ripple current and it can be used with a range of voltages between -30V and +35V. It also has superior shock and vibro resistance compared to other aluminum electrolytic capacitors. Furthermore, the capacitor has a low ESR, which increases its efficiency and makes it suitable for use with high current applications.

In conclusion, the LGU2E471MELB is a high quality aluminium electrolytic capacitor which can be used to effectively condition power systems. Its low ESR and high ripple current make it a great choice for use in high current applications. Its superior shock and vibro resistance also help it to withstand extreme conditions. Furthermore, the use of an oxide layer to enhance its ability to store energy makes the capacitor even more desirable for use in power systems.

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