T495X477K004ATE045

T495X477K004ATE045 is a tantalum capacitor, which is an electronic component used to store an electrical charge. It is also known as an electrolytic capacitor, and is the oldest type of capacitor still in production. The major difference between tantalum capacitors and other types of capacitors lies in their construction and materials used. Tantalum capacitors are composed of a tantalum metal powder as the “dielectric", or insulating layer, between the two conductive legs that make up the capacitor.

The T495X477K004ATE045 Series capacitors are designed for use in high-temperature, high-performance, and high-reliability applications. These capacitors have a high stability, low losses, and a wide-temperature range. They also possess excellent solderability and excellent acoustic properties. The tinned terminals allow for standard soldering processes to be used without damaging the capacitor. The tinned terminals also provide additional protection from corrosion.

The working principle of a tantalum capacitor is quite simple. When an external voltage is applied across the terminals, a certain amount of electrical charge is stored on its plates. This stored charge is then used to store energy, and to act as a low-impedance connection between the two terminals. The plates become charged due to the flow of current through the dielectric material between them, and the capacitor remains charged until the external voltage is removed.

T495X477K004ATE045 capacitors are commonly used in the automotive, medical, and consumer electronic industries. They can be used to filter and stabilize signals, remove noise, or provide a source of temporary power when the primary power source fails. They are also used to store energy, as in capacitive power supplies, and to provide energy to backup power systems in case of a power outage.

In conclusion, the T495X477K004ATE045 series of capacitors is an attractive option for high-temperature, high-performance applications, and for high-reliability and high-temperature applications in the automotive, medical, and consumer electronic industries. They are consistent in their performance, have wide temperature range and low losses, and possess excellent solderability and acoustic properties. The tinned terminals provide additional protection from corrosion and help facilitate standard soldering processes. Finally, due to the simple working principle, these capacitors provide an excellent source of energy storage.