T95R187M016HZSL

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Tantalum capacitors are members of the polarized electrolytic capacitor family, and are used in numerous military, commercial and consumer applications. The specific Tantalum capacitor, the T95R187M016HZSL, is an especially reliable part, making it ideal for applications where consistent performance and reliability is of paramount importance. This article will describe the application fields and working principle of the T95R187M016HZSL.

Application Fields of the T95R187M016HZSL

Due to the reliability and consistency of the T95R187M016HZSL, it is used in a wide variety of application areas. It is found in industrial, consumer electronics, automotive, medical, aerospace, and communication products. Industrial applications will exploit the capacitor\'s high power density, low series impedance, and high ripple current capabilities. Consumer electronics like telecommunication and laptops benefit from the part\'s long life and low ESR respectively. The automotive industry benefits from the part\'s power handling, temperature range, and reliable performance.

The capacitor is also popular in high temperature medical applications such as pacemakers, due to its miniaturization and excellent heat dissipation characteristics. The high working voltage of the part mean it is also suitable for aerospace and satellite applications, and the small size and low ESR makes it ideal for wireless and communication products.

The Working Principle of the T95R187M016HZSL

The T95R187M016HZSL is a type of electrolytic capacitor, which uses an electrolyte (e.g. a solution of sodium hydroxide) to create an electrical charge. This electrical charge is stored in between two objects, usually metallic plates, with one plate being sealed by the electrolyte. The electrical charge stored is what is known as the capacitor\'s capacitance. The capacitance is determined by two factors; the plate area and distance between them.

The T95R187M016HZSL differs from other capacitors in that it uses a semi-solid electrolyte such as manganese oxide instead of a liquid electrolyte. This gives the capacitor improved thermal stability and reliability while also reducing the capacitors leakage rate. The Tantalum capacitor also features a very low ESR (equivalent series resistance) which allows the capacitor to pass higher frequency signals more efficiently than other capacitors.

Conclusion

The T95R187M016HZSL is a highly reliable and versatile Tantalum capacitor used in a variety of applications. Its reliability and consistency makes it ideal for high temperature medical, automotive, industrial, consumer electronics, aerospace, and communication products. The part features a semi-solid electrolyte, low ESR, and high power density, making it particularly suitable for applications where performance and reliability is critical.

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