195D334X0035C2T

Tantalum Capacitors

A Tantalum Capacitor is a specific type of capacitor generally used for a wide variety of applications that require a great amount of precision and stability. The brand name of this type of capacitor is symbolized through a code such as 195D334X0035C2T. This particular code refers to a specific model of tantalum capacitor, which has certain characteristics and parameters that need to be taken into account for it to perform at its best.

Application Field

Tantalum capacitors are commonly found in commercial or industrial applications that require high levels of precision in the design and operation. This includes areas such as power electronics, medical device manufacture, military aviation, and computing systems. Even in the automotive industry, tantalum capacitors are used for precise timing, communications, and audio/video processing.

Working Principle

A tantalum capacitor is made of a tantalum metal powder core that is dielectrically saturated with an electrolytic solution. This metallic powder core acts as one electrode, and the electrolytic solution makes up the second. The current that passes through the metallic core is known as the anode, while the solution acts as the cathode. The electrons that pass through the capacitor travel through the metallic core, as its electrical conductivity is much higher than that of the electrolytic solution.

The arrangement of the two electrodes creates a small electric potential in the capacitor, which varies depending on the size of the anode and the dielectric saturation of the electrolytic solution. This electric potential is precisely what is used to power electronic and electrical components. Therefore, the size of the electrodes and the amount of the electrolytic solution must be carefully chosen for the required output power.

The combination of an anode and electrolytic solution also makes tantalum capacitors very reliable. They are able to operate within a wide temperature range and have a longer shelf life than other types of capacitors. The addition of a temperature-resistant material, such as tantalum, to the electrolytic solution also helps to prevent corrosion or leakage. Additionally, the metal powder core acts as a great barrier against voltage surges.

In conclusion, the 195D334X0035C2T model of tantalum capacitor is an effective and reliable option for many commercial and industrial applications. They provide a precise and stable electric potential, while at the same time, being able to withstand a wide range of temperatures and act as great shock absorbers.