T95B156K016HZSL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are some of the most versatile and widely used types of capacitor components. The T95B156K016HZSL specifically is a solid, non-metallic electrolytic capacitor with a high dielectric constant, and its application and working principle is quite interesting.

The T95B156K016HZSL is typically used in small-scale electronic projects such as in DC circuits, power filters, and audio amplifiers. In these small-scale electronic projects, it functions as a zero-point decoupling capacitor, but it is also often used as a bypass differential capacitor. This means that the capacitor is used to ground any low-frequency signals that might interfere with the functioning of the electronic device, such as RF signals.

As it relates to its working principle, the T95B156K016HZSL works by storing energy in the form of an electrical field. This principle works in tandem with the capacitance of the component, which is the amount of electrical charge the capacitor can store. The capacitance of T95B156K016HZSL is generally in the range of 0.003uF to 0.047uF, with a rated voltage of 16V (maximum withstand voltage of 25V).

The T95B156K016HZSL is a great choice for small-scale electronic projects as it offers excellent stability as an electrolytic capacitor, along with its low-leakage current. It also has a long lifetime that can reach up to 500,000 hours before needing to be replaced. Plus, its small physical size means that it can be easily integrated into almost any electronic circuits without taking up too much space.

Overall, the T95B156K016HZSL is a reliable and practical choice for many small-scale electronics circuits and projects. Its combination of dielectric constant and capacitance make it an excellent zero-point decoupling capacitor, while its long lifetime and low-leakage current offer stability and reliability. Its small size also ensures that it can be easily integrated into almost any configuration of circuits without taking up too much physical space.

The specific data is subject to PDF, and the above content is for reference