T495D107K010ZTE050

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Tantalum capacitors are highly efficient, reliable, and versatile electronic components, capable of performing in diverse and demanding situations. The T495D107K010ZTE050 is an example of such a device, widely used in various applications due to its unique combination of features. This article explores the application field and working principle of the T495D107K010ZTE050 tantalum capacitor.

Application field

The T495D107K010ZTE050 is primarily designed for direct current (DC) applications. It offers a high capacitance value, low profile, and long-term reliability in power management, timing, and filtering applications. Its typical uses include its application in LCD TV or computer monitor power supplies, DC-DC converters, and laptop motherboards. The T495D107K010ZTE050 can also be used as an input capacitor in power supplies, or as an output capacitor in switching power supplies, or as a bypass capacitor in voltage regulators or motor controls.

Working principle

The working principle behind a tantalum capacitor involves the passage of an electric charge through a material, typically tantalum, with a dielectric layer of oxide-like materials forming the other side of the device. This dielectric layer, known as a gate oxide layer, is an insulating material that prevents electrons from flowing through it, thus acting as a barrier between the electrically charged sides. This arrangement allows the capacitor to control the amount of electrical charge passing through it, which in turn can be used to achieve the desired output.

The dielectric layer of the tantalum capacitor is an important factor in determining its performance. In the case of the T495D107K010ZTE050, it has been designed with a high-quality dielectric layer, which offers superior stability and reliability over other capacitors in the range. This ensures that the capacitor can reliably deliver stable performance, regardless of external environmental conditions.

Apart from the dielectric layer, the T495D107K010ZTE050 also features an anode plate, cathode plate, and a hermetically sealed casing. The anode plate is responsible for storing the electrical charges, while the cathode plate carries the electrical charges to the output. The hermetically sealed casing is designed to protect the capacitor from external contaminants, such as dust, moisture, and excessive heat.

Conclusion

The T495D107K010ZTE050 is a highly efficient and reliable tantalum capacitor that has a variety of uses in both direct current and switching power applications. Its highly durable and reliable set of features make it well suited for applications where a long-term reliable solution is required. Its use of high-quality dielectric layers, anode and cathode plates, and a hermetically sealed casing ensures that it will perform reliably in diverse and demanding conditions.

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