T95R226M050LSSL

Tantalum capacitors are devices used to store electrical energy, namely capacitors used in circuits and electronic components. They work by storing electricity between two conductive plates that carry opposite charges. The distance between these plates are separated by a dielectric material, usually made of tantalum. These capacitors are widely used in computer circuitry and other electronic applications.

The T95R226M050LSSL is a Tantalum Capacitor specifically for high frequency and high current applications. It can withstand high temperatures up to 105°C and can store 10uF of electric charge at 10V. Its small size, high capacitance and high voltage make it ideal for power supplies, automotive electronics and military or industrial electronics.

The working principle of a Tantalum capacitor is based on the principle of capacitance. This property of capacitors allows them to store electric charge within their dielectric material, allowing an electric current to flow between its two conductive plates without losing energy. On the other hand, the dielectric material itself is an insulator between the two plates, allowing for even distribution of electric charge on both plates.

The construction of a Tantalum capacitor works by layering an internal electrode, usually made of Tantalum, between two outer electrodes, spaced evenly apart. The two outer electrodes act as the two plates, carrying opposite charges. One of these plates is connected to ground while the other is connected to the power source of the electronic device. This creates a potential difference across the two plates, allowing electric charge to flow from one plate to the other without direct connection. This provides a high capacitance and high frequency response allowing for reliable and efficient power storage in a variety of electronic devices.

The T95R226M050LSSL is a good example of a well-balanced Tantalum capacitor for high frequency and high current applications. Its design is almost perfect, offering a high capacitance and high voltage tolerance, small size, and high operating temperature. This makes it an ideal choice for power supplies, automotive electronics, and military/industrial applications.