Tantalum Capacitors

T495X226K035ATE275 is part of a family of capacitors based on tantalum, a rare, silver-colored metal. Contextually, a capacitor is a device which stores an electrical charge, and tantalum capacitors are used for a variety of electronic applications. In this article, we will cover the application field and working principle of T495X226K035ATE275.

Application Field of T495X226K035ATE275

T495X226K035ATE275 is a solid and reliable capacitor that can withstand high temperatures and has excellent electrical properties, making it suitable for a variety of critical applications, including:

• Power Supply Regulation
• Communications Systems
• Automotive Electronics
• Industrial Electronics
• Medical Electronics
• Space Applications

In addition to its stability, T495X226K035ATE275 is able to offer an extremely high volumetric efficiency, meaning that it can hold a lot of energy in a small case size. This makes it incredibly useful for space-constrained designs.

Working Principle of T495X226K035ATE275

T495X226K035ATE275 is primarily composed of a ceramic dielectric with a tantalum anode and a rectifier element that functions as the cathode. The capacitor is encased in a molded cover to protect it from the environment.

When an electrical current is applied, the capacitor uses the ceramic dielectric to store the charge, making use of the dielectric’s resistive properties in order to insulate the anode and the cathode. As the charge builds up, the capacitor’s capacity increases, and the internal resistance begins to drop.

This allows the capacitor to store an increasingly larger amount of power. When the power is reversed or discharged completely, the capacitor will return to its resting state. The process is repeated each time an electrical current is applied to the device.

Conclusion

In conclusion, T495X226K035ATE275 is a solid tantalum capacitor that offers excellent electrical properties and a high volumetric efficiency. This makes it particularly well suited for critical applications where space is at a premium, such as in the automotive, medical, and space industries. Its working principle revolves around the use of a ceramic dielectric, an anode, and a cathode.