T95D157M016HZAL

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Introduction to Tantalum Capacitors

Tantalum capacitors are used widely in various electronic components as one of the major components for energy storage, power rating and signal conditioning. They are made of tantalum metal and are mainly used in autonomous vehicle monitors, biomedical electronic equipment, medical implants, automotive electronics and cell phones.

Features of Tantalum Capacitors

Tantalum capacitors have a number of beneficial features, including high capacitance, low leakage current, low noise, low ESR, and small size. In addition, they are temperature-stable, which helps reduce self-heating and decrease the amount of power dissipation.

T95D157M016HZAL and Its Application Field

The T95D157M016HZAL model of tantalum capacitor is a surface-mount component which feature a series of unique characteristics. Its rated capacitance value is 15.7μF with a voltage rating of 16V. It has a maximum operating temperature of 85°C, a shelf-life of five years and a low equivalent series resistance. This type of capacitor is suitable for applications in high temperature ranges and environments which require small size and low loss.

Working Principle of T95D157M016HZAL

The T95D157M016HZAL uses tantalum for its electrode material and the electrode is separated by an equivalent oxide thickness (EOT) dielectric to allow charge to flow through it. With a voltage applied, a dielectric barrier forms a space between the two electrodes. This barrier allows electrons to flow between the electrodes and results in a storage of energy as the charge build-up accumulates. As a result, this electrolytic capacitor can store up to capacitance value. During its operation, its electrolyte forms a “sol-gel network”, which further reduces the equivalent series resistance (ESR) which in turn affects the dielectric loss and stability over the life of the component.

Conclusion

Tantalum capacitors have a wide application field in various industries and electrical engineering components. The T95D157M016HZAL model is one such device which is suitable for high temperature applications and provides an efficient, reliable energy storage device. Its working principle is based on the storage of charge between two electrodes separated by an EOT dielectric, which allows for a charge build-up as electrons flow.

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