T527I107M004ATE200

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Tantalum capacitors are one of the most popular types of electrolytic capacitors due to their high temperature stability, high electrical capacity, and low cost. The T527I107M004ATE200 tantalum capacitor is an electrochemical capacitor that combines the qualities of both a tantalum oxide dielectric and a polymer electrolyte. This combination allows for enhanced performance and reliability.

The T527I107M004ATE200 has a voltage rating of 10V and a capacitance of 0.47μF. The capacitor is made from a sintered anode of tantalum oxide and a liquid polymer electrolyte. This combination will provide better temperature and voltage stability, making it highly reliable for long-term use and less prone to failure. The capacitor is also very small, making it ideal for portable devices.

The main application fields for Tantalum-Polymer capacitors are in the fields of signal smoothing, current decoupling, and energy storage. These capacitors can be used in almost any type of electronic application, such as amplifiers, DC-DC converters, medical electronics, industrial controllers, automotive electronics, and power supplies. The T527I107M004ATE200 is particularly useful in high-power applications such as motor speed controllers and power amplifiers.

The working principle of tantalum-polymer capacitors is based on an electrochemical reaction. When a voltage is applied across the capacitor, anions and cations diffuse through the electrolyte and move towards their respective electrodes. This movement of charge creates an electric field which is stored as an electrical energy between the electrodes. This electric field will remain constant until the capacitor is charged or discharged.

The T527I107M004ATE200 tantalum capacitors are some of the most reliable and cost-effective electrolytic capacitors on the market. They offer high temperature stability and electrical capacity, making them the ideal choice for many applications. The combination of a tantalum oxide dielectric and a liquid polymer electrolyte ensures they can handle high power applications while still being small enough to fit in smaller devices. Finally, the electrochemical working principle provides excellent reliability and long-term performance.

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