T95D336K025EZSL

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Tantalum capacitors are among the most advanced technology used for energy storage and transfer. The T95D336K025EZSL is a particular type of such capacitors featuring a small size and high reliability, making it suitable for a variety of applications. This article will explore the application field and working principle of the T95D336K025EZSL in order to provide a comprehensive understanding of the product.

Application Field of the T95D336K025EZSL

The T95D336K025EZSL is specifically designed for DC/DC voltage converters and DC/AC inverters. Due to its small size and low impedance, this type of capacitor is able to increase the efficiency and reduce the ripple current of voltage converters while at the same time lowering the heat. As such, the T95D336K025EZSL is a popular choice for a variety of digital circuits, including power systems, telecommunication, and automotive electronics.

The T95D336K025EZSL is also employed in other applications, such as the filtering of high frequency noise, transient overvoltage protection, and for the stabilization of power supplies. In addition, it can be used as an output capacitor for frequency response, and is suitable as a secondary side compensation capacitor for electrolytic capacitors.

Working Principle of T95D336K025EZSL

As the core product of the tantalum capacitor family, the T95D336K025EZSL utilizes the physical characteristics of the tantalum material to achieve body capacitance. Using special technology, the electrodes of the device, often referred to as anodes and cathodes, are attached to the dielectric core of the capacitor through anode and cathode layers. The electrodes are further connected to the appropriate terminals for easy use.

Tantalum capacitors with a higher capacitance, such as the T95D336K025EZSL, employ the ploymer technology to achieve higher dielectric constant than standard electrolytic capacitors. In this context, the electrodes feature a complex structure to achieve a low impedance, and thus achieve higher capacitance. Furthermore, due to the integration of a polymer-filled impedance material, it is able to reduce the temperature coefficient and ensure high reliability.

In order to ensure that the capacitor is able to safely discharge the voltage, a safety element is integrated into the T95D336K025EZSL capacitor. This safety element is in the form of a PTC thermostat element, which is composed of MnO₂ and a ceramic body. By connecting the positive and negative terminals, this element is able to interrupt the current when the temperature of the capacitor exceeds the set limit.

Conclusion

The T95D336K025EZSL is a tantalum capacitor designed for high efficiency and reliability for a variety of applications. It is able to achieve high capacitance through the use of polymer technology and has a low impedance to ensure an efficient transfer of energy. Moreover, the tantalum capacitor features a safety element to ensure a safe discharge of voltage. With its small size and high reliability, it is applicable for DC/DC voltage converters, high frequency noise filtering, and more.

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