T550B397K015AT4250

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Tantalum - Polymer Capacitors are a specific kind of capacitor that uses an electrolyte composed of polymer material and an anode of tantalum metal. This combination creates a unique profile of installation and performance characteristics that are making these capacitors increasingly popular in applications such as automotive electronics, industrial and handheld digital systems, and military and aerospace components. As such, the T550B397K015AT4250 model has become quite popular in many of these applications. This article will explore the application field and working principle of the T550B397K015AT4250.

Application Field

• Automotive electronics. The T550B397K015AT4250 is used in many automotive applications such as fuel injection, carburettor seals, and temperature compensation. Its low cost, combined with its long operational life make it an attractive option for many automotive developers.
• Industrial digital systems. In many industrial digital systems, the T550B397K015AT4250 has been found to deliver extra reliability, especially when used in conditions where there is a mix of high temperature, high voltage, and other environmental factors. It has become one of the most popular choices in many digital component designs.
• Handheld devices. The T550B397K015AT4250 is also found in many handheld and mobile digital devices. It is often used, along with other components, in battery chargers and other key handheld applications. It is seen as a suitable choice in many of these applications due to its extremely low profile and flexibility in being used in small areas.
• Military and aerospace components. As a reliable and affordable component, the T550B397K015AT4250 finds its way into a variety of military and aerospace systems. It is becoming increasingly popular for its low cost, high power density, and its ability to perform in severe temperature ranges.

Working Principle

The working principle of the T550B397K015AT4250 is fairly straightforward. It uses an anode of tantalum metal and a dielectric layer of electrolytic polymer material between two metalized plates. The tantalum metal acts as a positive electrode, while the polymer material acts as a negative electrode, creating an asymmetrical electric field between the two materials. This electric field creates a charge on the capacitor that is proportional to the applied voltage. This charge will remain until the voltage is removed.

The other characteristics of the T550B397K015AT4250 are related to the characteristics of the electrolytic polymer material. This material allows for an extremely low profile and small size, making it optimal for use in smaller, portable electronics. It also has impressive heat tolerance, so it can operate at temperatures of up to 125°C without any degradation. This further increases its potential for use in applications such as automotive electronics, where the components must withstand the higher temperatures of the engine bay.

In addition to its superior performance in terms of size, temperature and voltage tolerance, the T550B397K015AT4250 has also become a popular choice in many applications due to its low cost. This has made it a prime choice for many developers and engineers, who are now able to get the performance they need from a reliable and cost-effective component.

Conclusion

The T550B397K015AT4250 has become increasingly popular in a number of applications due to its low cost, flexibility in small spaces, and compatibility with higher temperatures. The combination of an anode of tantalum metal and an electrolytic polymer material between two metalized plates make it an ideal choice for a variety of projects, from automotive electronics to handheld digital systems and military and aerospace components. With its impressive performance in terms of cost and size, the T550B397K015AT4250 is sure to remain a popular choice for many applications.

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