T95R397K6R3HSAL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are passive components which are used in electronic circuits to store and regulate energy. In most applications, they are typically used to store energy for quick release or burst applications, such as in clocks and timer circuits, voltage holding circuits, trigger circuits, and battery backup applications. While they vary in size and capacity, they all have the same basic operating principles.

T95R397K6R3HSAL Application Field

T95R397K6R3HSAL capacitors are a type of tantalum capacitor; they are commonly used for a wide range of applications including AC/DC input/output circuits, power supplies, DC/DC converters, and other power-related equipment. They are typically found in computers, digital cameras, camcorders, and other electronic devices that need to store energy for quick release applications or in pulse timing applications. Additionally, they are also used in electrolytic smoothing, filtering, time delays, and electric signal converters. These capacitors are reliable, efficient, and often offer a wide range of capacitance values, making them perfect for a variety of applications.

T95R397K6R3HSAL Working Principle

The operating principle of T95R397K6R3HSAL capacitors is similar to that of other tantalum capacitors; a tantalum core is covered with a dielectric layer of either tantalum pentoxide or manganese dioxide. A layer of tantalum foil is then placed across the dielectric layer. When a voltage is applied, a current flows into the capacitor via the foil, creating a capacitance. This capacitor can either store or release energy, depending on the application. Due to the high temperature stability and low-leakage properties of these capacitors, they are very reliable and efficient for many applications.

Conclusion

T95R397K6R3HSAL capacitors are a type of Tantalum capacitors used for a wide range of applications. They have excellent high temperature stability and low-leakage properties, which make them highly efficient and reliable. Their working principle is similar to that of other tantalum capacitors, where a core is covered with a dielectric layer, and a layer of tantalum foil is layered across it. When a voltage is applied, a current flows into the capacitor, creating its capacitance. This capacitance can then be used to store or release energy, depending on the application.

The specific data is subject to PDF, and the above content is for reference