T495D476K016ATE100

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T495D476K016ATE100 is a type of tantalum capacitor, which are elements of electrical circuits used for storing energy and maintaining electric current levels. Their structure consists of two metal plates separated by a dielectric material. The metal plates serve as the electrodes, where one is positively charged and the other negative. The dielectric material operates as the insulator, securing the equilibrium of electric charge.?

T495D476K016ATE100 tantalum capacitors display remarkable performance mainly thanks to their closeness to the electrodes, which unlike traditional capacitors, is not held together with a metal spacer. This allows a much more effective storage and distribution of energy. Their operation principle is the same of any capacitor, the energy is stored in the form of an electric field in the dielectric material. This influences on the change of electric potential whenever a current is applied.?

These kind of capacitors have a wide range of application fields. Firstly, and most notably, this type of capacitors is mainly used in power conversion and management circuits, due to its stability and reliability for filtering signals. Also, they are frequently employed in high frequency circuits, because their low resistance to electric carriers enhances the charge pulses.?

Moreover, owing to their characteristics, these capacitors have also proven to be ideal for use in audio applications. This kind of capacitors are able to provide low distortion, offering thus a significant improvement in sound quality. In the same line, it is often used in telecommunication and radiofrequency circuits, due to its high tolerance against extreme temperatures and its low dielectric loss. This presents them a great advantage over other types of capacitors.?

To sum up, T495D476K016ATE100 are a type of tantalum capacitor used mainly in power conversion and management circuits, high frequency circuits, audio applications, telecommunication and radiofrequency circuits. This is due to its exceptional tolerance against extreme temperatures, low dielectric loss and other advantages that make it the go-to capacitor for this kind of applications.

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