173D565X0025W

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Tantalum capacitors are an integral part of the electronic industry, and are used in many electronic designs. The 173D565X0025W is an example of a high quality, reliable and economical capacitor. This guide will discuss the application field and the working principles of the 173D565X0025W.

Application Field of the 173D565X0025W

Tantalum capacitors are mainly used for high-frequency noise filtering and signal-shaping applications. The 173D565X0025W is a mid-voltage, high-reliability tantalum capacitor with superior performance. It is suitable for applications such as switching power supplies, high frequency noise suppression, and timing circuits. It can also be used in automotive, medical, and industrial applications.

Working Principle of the 173D565X0025W

The 173D565X0025W is a non-polarized capacitor, which means it can be connected either way round. It is constructed using a tantalum cathode and a dielectric dielectric film as the dielectric layer. The highly conductive electrolytic surface of the cathode together with the dielectric film acts as a dielectric medium, forming a capacitor. The capacitance is determined by the surface area of the cathode and the thickness of the dielectric film.

The 173D565X0025W features a low ESR (equivalent series resistance). This makes it suitable for use in high-frequency and low-noise applications. It is also low voltage and is rated for use at up to 63V. The low ESR also makes the 173D565X0025W ideal for use in switching power supplies, as it can reduce noise and ripple significantly.

Tantalum capacitors are also highly reliable, with excellent shelf life. They are also highly tolerant to temperature changes and are very resistant to stress. The 173D565X0025W is no exception, with a minimum life of 2000 hours at rated voltage.

Conclusion

The 173D565X0025W is a high-quality, reliable and economical tantalum capacitor. It offers excellent performance and reliability in noise-filtering and signal-shaping applications. It features a low equivalent series resistance, allowing it to be used in high-frequency and low-noise applications. Its high level of reliability, temperature tolerance and resistance to stress make it the ideal choice for many applications, including those in automotive, medical and industrial applications.

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