T95C106K025LSSL

Tantalum capacitors are electronic components used to store or filter electrical current. They are created using two plates, one tantalum and one metal, separated by a dielectric material, such as plastic or ceramic, and held together by a metal casing.

The T95C106K025LSSL is a generally available through-hole type tantalum capacitor. It is a surface mount type capacitance component, rated with a capacitance value of 10 uF +/- 20%. Have a working voltage of 25 Volts, and a maximum operating temperature of 85°C. The total height is 2.5mm for this particular series, which makes it ideal for high density applications.

Tantalum capacitors are popular in the electronics industry because they can be used to filter or store electrical current which is ideal in applications where space is a premium. The T95C106K025LSSL is a popular choice for applications which require a low-profile, yet long term reliable product, such as in automotive and consumer electronics devices. It has a low ESR, better performance than other lower cost alternatives, and can be mounted in tight places due to its height.

The basic working principle of the T95C106K025LSSL is that it filters or stores electrical current. This requires the capacitor to be positioned between two different voltage sources in order to create a current between them. When the current passes through the capacitor, it is stored in its dielectric material, allowing it to filter or store the current as needed. The capacitor can then be used to regulate the current flow, or used in conjunction with a circuit in order to provide smoother or faster switching. It can also be used to provide improved power quality for a device.

In conclusion, the T95C106K025LSSL is a popular choice for applications which require a low-profile yet long-term reliable product such as automotive and consumer electronics. Its throughput-hole, low ESR, and small size make it ideal for high density applications. The basic working principle is that it stores or filters electrical current by positioning it between two different voltage sources, regulating the current and providing improved power quality.