135D685X9125C2

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Tantalum Capacitors are surface-mount components which are made up of two pieces of tantalum metal and another material called the dielectric. Such capacitors are mainly used in device applications such as audio, RF, and video applications. The 135D685X9125C2 is a metal oxide tantalum capacitor with its size measuring 6.3mm long and 3.2mm wide. It has a rated capacitance value of 6.8 μF and a rated voltage of 25 VDC.

The 135D685X9125C2 has numerous applications in the electronics industry, including power protection, filtering, buffering, and voltage regulation. It is also widely used in industrial and consumer electronics, including automotive systems, power supplies, telephone and telecom applications, medical equipment, and various electronic audio and video components.

The working principle of the 135D685X9125C2 is based on the concept of the phenomenon of capacitance, where it stores energy using an arrangement of two conducting plates separated by a dielectric material. In the case of the 135D685X9125C2, the two conducting plates are made up of the tantalum metal and the dielectric material is the metal oxide. The metal oxide acts as an insulator between the two metal plates and provides a high dielectric efficiency. This configuration of two metal plates with an insulating layer in between allows the capacitor to store an electrical charge.

When the capacitor is initially charged, a majority of the electric field is concentrated across the dielectric material. As the capacitor is further charged, the electric field widens and spreads out across the metal plates away from the dielectric layer. This causes the capacitance to increase gradually up to its rated value and it is also the main factor which determines the capacitance accuracy of the capacitor.

The 135D685X9125C2 is thus a versatile component which is widely used in industrial and consumer electronics due to its ability to store energy efficiently and accurately. It is also one of the most popular components in the world of electronics due to its high voltage and capacitance ratings and its wide range of application fields.

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