LXZ16VB822M18X35LL

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Aluminum electrolytic capacitors are the most commonly used type of electric double layer capacitor and are widely used in various applications. The LXZ16VB822M18X35LL is one type of aluminum electrolytic capacitor, and it has a wide range of applications and working principles.

Applications of LXZ16VB822M18X35LL

The LXZ16VB822M18X35LL is a high-end product of aluminum electrolytic capacitors, with a large capacitance range of 822uF, a rated voltage of 18V, and a long life of 35,000 hours at full load. Thanks to its high performance, it is mainly used for performance-critical applications, such as industrial control and automotive electronics. It is especially suitable for the power supply and voltage stabilization devices in high-end portable electronic devices.

Working Principle of LXZ16VB822M18X35LL

The LXZ16VB822M18X35LL is an aluminum electrolytic capacitor. It works by storing electrical energy between two conductive plates which have a dielectric electrolyte between them. The dielectric is in the form of an aluminum oxide layer which forms a barrier between the two plates, preventing direct contact. The charge is stored in the capacitor by means of an electric field created between the two plates. When voltage is applied to the capacitor, electrons pass through the electrolyte to the opposite plate, allowing it to store a charge in the process.

The LXZ16VB822M18X35LL also features improved electrolyte technology which allows it to operate at higher temperatures. This is achieved by adding additives to the electrolyte, which helps to reduce any movement of ions in the electrolyte, thus reducing the losses due to leakage.

Conclusion

The LXZ16VB822M18X35LL is a high-end aluminum electrolytic capacitor with a large capacitance range, high rated voltage, and long life. It is suitable for industrial control and automotive electronics applications, as well as for high-end portable electronic devices. The capacitor works by storing electrical energy between two conductive plates which have a dielectric electrolyte between them, and it also features improved electrolyte technology which allows it to operate at higher temperatures.

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