10004-17KS

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Tantalum capacitors are widely used for a variety of applications and provide numerous benefits to a system, such as increased energy efficiency and superior performance. The 10004-17KS application field and working principle of these capacitors are discussed below.

10004-17KS technology

The 10004-17KS technology is based on the use of high purity Ta2O5 (tantalum pentoxide) as an active material in capacitors. Ta2O5 is the best material for forming a stable capacitor dielectric, as it has a very high permittivity and a high temperature stability, while also exhibiting low losses and a low dielectric absorption coefficient. The high permittivity of Ta2O5 ensures a high stored energy in the capacitor. The low losses and dielectric absorption guarantee a low series resistance, and thus a lower series inductance when the capacitors are used at high frequencies.

10004-17KS Features

The 10004-17KS capacitors offer numerous features that make them well-suited for many applications. The capacitors are composed of solid, sintered Ta2O5 and are relatively smaller than traditional tantalum capacitors, allowing them to be used in more compact devices. In addition, they are able to tolerate high temperature shock and vibration, and are also suitable for high-reliability applications such as those in medical and aerospace systems.

10004-17KS Working Principle

The working principle of the 10004-17KS capacitors is based on the electrostatic charge stored in the Ta2O5 dielectric material, between the plate and the outer aluminum foil. When a voltage is applied to the capacitor, an electric charge builds up in the Ta2O5 material. This charge causes the Ta2O5 dielectric to be polarized, thus increasing the capacitance of the capacitor. When the voltage is removed, the electrical charge dissipates and the capacitance of the capacitor returns to its original value.

Applications of 10004-17KS

The 10004-17KS capacitors are primarily used in switched-mode power supplies and audio-frequency applications. Additionally, these high-quality capacitors are also used in radio communication systems, precision timing circuits, medical instrumentation, and automotive electronics. They can effectively reduce the power losses and noise that are associated with such systems, and provide reliable and reliable performance.

Conclusion

In summary, the 10004-17KS capacitors provide numerous benefits to a system. The high permittivity of the Ta2O5 dielectric allows them to store a high amount of energy, while their low losses and dielectric absorption ensure a low induction component when used at high frequencies. In addition, the capacitors are highly reliable and well-suited for applications in switched-mode power supplies, audio-frequency applications, and other demanding applications. Therefore, the 10004-17KS capacitors are a great choice for many applications and offer numerous benefits.

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