LNX2G392MSEGBN

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Aluminum Electrolytic Capacitors

The LNX2G392MSEGBN is an aluminum electrolytic capacitor—a type of capacitor that works by storing energy in an electric field created by a solid dielectric. This capacitor type consists of two thin aluminum plates separated by an anode and cathode. The plates are sun-dried, anodized and sealed in aluminum cases with dielectric liquids. The LNX2G392MSEGBN has a rated voltage of 25 volts and a capacitance of 390uF.

Application Field of LNX2G392MSEGBN Aluminum Electrolytic Capacitor

The LNX2G392MSEGBN aluminum electrolytic capacitor is used in many industrial and consumer electronics applications, including power supplies, circuit boards, cars, music equipment, computers, and laptops. This type of capacitor is used as a power storage device and to filter high-frequency transients. The model also finds application in digital signal processing (DSP) where low distortion is critical.

Working Principle

The main working principle of the LNX2G392MSEGBN aluminum electrolytic capacitor is that it stores electrical charge on its surface. This charge consists of positive and negative ions. It is this charge that helps to create the electric field and keeps the capacitor operating. This charge can be affected by temperature and humidity, making aluminum electrolytic capacitors more sensitive than other capacitor types.

When voltage is applied to the electrolytic capacitors, anodised aluminum oxide (Al2O3) creates a dielectric barrier between the two plates in the capacitor. This dielectric barrier, together with the electrolyte, allows current to flow between the two plates. As current flows, the positive and negative ions from the electrolyte attach to the plates. This creates an electric field, allowing the capacitance of the capacitor to increase.

Conclusion

The LNX2G392MSEGBN aluminum electrolytic capacitor is an important component used in many electronic devices. This type of capacitor has the power to store electrical charge on its surface, and its working principle is based on the formation of an electric field between two plates. It is an incredibly useful component, with applications in areas such as power supplies, computers, medical equipment, and more.

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