TARS106M020

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Tantalum capacitors are a type of electrolytic capacitor, made of tantalum metal, which acts as its anode. The oxide layer of tantalum is a dielectric material on which the capacitor exhibits very good characteristics, making them more suitable for use in many applications like consumer electronics, portable equipment, industrial and medical systems, and automotive and aviation electronics. The TARS106M020 is one such tantalum capacitors, and this article will explain its application field and working principle.

TARS106M020 Tantalum Capacitor Application Field

The TARS106M020 is a low profile, RoHS compliant, 10μF tantalum wet capacitors. It is designed for high temperature compatibility and extended stability. This capacitor is ideal for use in a variety of applications, such as low voltage power supplies, hearing aids, wireless and mobile devices, cellular phones, memory storage in industrial and automotive applications, and other telecommunications devices. It also has excellent performance in extreme temperature ranging from -55 °C to 105 °C.

Working Principle of TARS106M020 Tantalum Capacitor

The working principle of the TARS106M020 is based on the fact that a layer of tantalum pentoxide is formed on one electrode, creating a dielectric. This layer of tantalum pentoxide is electrochemically formed and changes the electrical capacity of the capacitor. When a voltage is applied, the charge stored in the capacitor is drained via the other electrode. This process creates an electric current which can be used for various applications. The characteristic of the capacitor is determined by the thickness of the oxide layer and the number of electrodes. When the capacitance of the capacitor is high, a thicker layer of oxide is required. This helps to reduce the power losses and increase the output power of the circuit.

Conclusion

The TARS106M020 is an excellent choice for high temperature compatibility and extended stability, and is ideal for applications such as low voltage power supplies, hearing aids, wireless and mobile devices, cellular phones, memory storage in industrial and automotive applications, and other telecommunications devices. Its working principle is based on an electrochemical formation of a thin layer of tantalum pentoxide on the capacitor, providing it with increased charge storage capacity and excellent performance in extreme temperatures.

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