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Tantalum Capacitors

T95R337M016CZAS is a type of tantalum capacitors which are widely used in digital communication equipment, computers, automation control systems, and digital instruments. In general, tantalum capacitors are capacitors whose anode is made of tantalum metal. They have the advantages of large capacity in small volume, low equivalent series resistance (ESR), and stable performance under various temperature and humidity.

Application Field

The application field of T95R337M016CZAS tantalum capacitors mainly include desktop computers, laptops, game consoles, automotive electronic control systems, medical imaging equipment, communication base stations, TVs, and digital instruments.

Specifically, these tantalum capacitors are applicable for occasions of low temperature, micro-voltage, and with poor environment facing high moisture, high vibration, higher humidity, and corrosive atmosphere. They are the commonly used capacitor in most digital communication equipment, computers, and digital instruments.

Working Principle

T95R337M016CZAS tantalum capacitors work as a storage device. Additionally, the characteristics of their anode allows them to possess higher stability and reliability than other types of capacitors. Its working principle is based on the electrochemical principle of a capacitor, in which tantalum anode is covered by an oxide film serving as the dielectric, covered by a second electrode while the pair is immersed in an electrolyte.

Whenever a current is applied to the device, the purpose of oxidation and reduction reaction about the electrodes would be fulfilled, leading to a creation of charge-discharge process of capacitance charging and discharging. Thus the capacity of the device can be fully realized during that cycle.

Conclusion

T95R337M016CZAS tantalum capacitors are widely used in digital communication equipment, computers, automation control systems, and digital instruments owing to its advantages such as large capacity, low ESR, and superior performance. It follows the electrochemical principle of a capacitor and consists of two electrodes while one covers with an oxide film as the dielectric, helping to create the charge/discharge cycle of capacitance. In the end, the capacity of the device would be fully realized.

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