T521V156M035ATE125

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Tantalum - Polymer Capacitors

The T521V156M035ATE125 is an advanced polymer capacitance device based on Tantalum technology used in a variety of applications. These capacitors are typically used in applications requiring larger capacitance values for higher voltage ratings, fast transient response and improved reliability.

Application Field

T521V156M035ATE125 capacitors are widely used in applications that require higher capacitance values than the traditional tantalum capacitors, such as DC-DC converter applications, switch mode power supplies, automotive electronics, and in audio circuits. These capacitors can also be used in the telecommunications field, such as GSM, WCDMA, and LTE base transceiver station applications. In addition, they are used in many other electronic design applications such as electronic circuits, high-frequency amplifiers, energy storage, and in high precision measuring instruments.

Working Principle

The T521V156M035ATE125 capacitors are based on the principle of forming a layer of oxide film onto a specially treated tantulum anode that has a high dielectric constant. The oxide film acts as a barrier between the anode’s positive and negative layers, allowing electrons to flow between them while blocking the direct current. This results in a higher charge storage capacity, which is advantageous over traditional tantalum capacitors.

The capacitor’s high energy storage capacity allows for greater reliability and higher ripple current. This is especially beneficial in high frequency and high voltage applications, as it allows for rapid response times, increased power dissipation and improved efficiency. The device\'s low ESR also allows for high current circuitry designs.

Conclusion

The T521V156M035ATE125 is an advanced polymer capacitor based on Tantalum technology. Its high capacitance values, fast transient response and improved reliability make it suitable for a wide range of applications. This makes it an ideal choice for those designing with high-power and high frequency applications. Its low ESR also allows for higher current circuitry design, which is beneficial in many electronics designs.

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