13008-011KESC

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Tantalum capacitors, also known as tantalum electrolytic capacitors, are widely used in various electronic equipment for various functions, including decoupling, filtering, energy storage, and signal bypass. The 13008-011KESC application field and working principle are of great significance in understanding the application of tantalum capacitors.

Classification of Tantalum Capacitors

Tantalum capacitors are the only type of capacitors which include both electrolytic tantalum type and non-electrolytic oxide types. Composed of tantalum, an element on the periodic table, tantalum capacitors are divided into two basic types: wet and dry. The wet type is an electrolytic capacitor with a liquid or gel/solid electrolyte inside; it has high energy density and is generally used in low voltage applications. The dry type is a non-electrolytic capacitor with a solid dielectric; it has low energy density, but it is more tolerant of extreme temperatures and offers better stability.

13008-011KESC Application Field and Working Principle

The 13008-011KESC application field is mainly for audio equipment. It features excellent low-noise, low-loss, and low-frequency response performance, and provides effective noise suppression in circuits.

The 13008-011KESC working principle is based on the principles of electrolytic capacitors. Electrolytic capacitors use a thin oxide film which acts as a dielectric, and a liquid/gel electrolyte which is electrolytically formed for the purpose of providing a conduction path to the positive terminal of the capacitor. This makes the capacitor able to store a charge and later release it when a voltage is applied. In the 13008-011KESC specifically, the capacitor runs at a higher voltage rating thanks to its advanced design, and it has a large capacity for storing charge.

Conclusion

In conclusion, the 13008-011KESC application field and working principle is an important part of the tantalum capacitor technology. The 13008-011KESC is specifically used for audio equipment in order to get the best performance possible. Furthermore, the 13008-011KESC architecture and design make it able to deliver excellent low-noise, low-loss, and low-frequency response performance while providing effective noise suppression in circuits.

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