T491B335K025ZTAC00

T491B335K025ZTAC00, which belongs to the Tantalum Capacitor family, is one of the widely used electronic components in the modern world, due to its excellent electrical performance, volumetric efficiency and enhanced reliability. In this article, we will discuss the application field of this particular capacitor and its working principle.

Application Field

T491B335K025ZTAC00 has a wide range of applications in all types of electrical circuits, ranging from low-power all the way to high-power, and from portable to desktop. It is often utilized as an energy storage device in various electronic circuits, such as AC/DC converters, line-powered circuits, and microprocessor-controlled systems. Moreover, it is also frequently used in decoupling applications which require high-frequency response.

Working Principle

T491B335K025ZTAC00 works on the principle of capacitance where two conductive plates are separated by an insulator. When an electrical charge is applied across the capacitor plates, a potential difference is created between them and so electrons start flowing from one plate to the other. This process continues until the plates are charged to a potential equal to that of the applied voltage. As a result, the capacitor stores energy between its plates and is able to release it once the voltage across it decreases. A polarized version of this capacitor comes with an additional terminal through which the manufacturer can set the initial potential difference on the plates.

Conclusion

To conclude, T491B335K025ZTAC00 is a popular choice of tantulum capacitors used in many different types of applications such as energy storage and decoupling. It works on the principle of capacitance, where two conductive plates are separated by an insulator. When an electrical charge is applied across the plates, a potential difference is created and electrons start flowing from one plate to the other, until the plates are charged to a potential equal to that of the applied voltage. This process enables the capacitor to store energy and release it when the voltage across it decreases.