893D107X0016E2TE3

Tantalum Capacitors are capacitors that are mainly composed of tantalum powder, a precious metal that holds a large amount of surface energy. As tantalum capacitors have the ability to store energy in its oxide formed on its surface, they are commonly used in electronic circuits that require long-term reliability.

The 893D107X0016E2TE3 capacitor is a very common tantalum capacitor that is available for a wide variety of applications. This capacitor exhibits excellent reliability, long-term stability, and high-temperature operation. It offers great stability and reliability in circuits requiring low-leakage, and high-frequency performance.

Application Field

The 893D107X0016E2TE3 is ideal for use in DC and AC circuits such as power electronics, communication, and automotive systems. Its high ripple current, low ESR, and long-term reliability makes it suitable for applications such as DC/DC converters, audio systems, and PC boards. Additionally, it is also suited for use in medical, aerospace, and industrial equipment, thanks to its high temperature tolerance.

Working Principle

The 893D107X0016E2TE3 works based on the electrolytic process of a special semi-conductor material. When a voltage is applied to the anode, charge carriers are forced to cross through the dielectric and accumulate on the surface. This forms an oxide layer which acts as a dielectric, assuring that charge is quantized and stored until the voltage is no longer applied. As the capacitance and impedance of the capacitor is dependent on the thickness of the oxide layer, the preset voltage of the capacitor is key to determining the amount of charge that is stored.

The 893D107X0016E2TE3 capacitor is an ideal choice for applications requiring high-density power conversion and high-frequency operation. With its compatibility with different frequencies and temperature endurance, this capacitor is well suited for use in a variety of applications. Its reliable and efficient performance makes it a reliable choice for all types of circuits.