293D226X9016D2TE3

Tantalum capacitors are a type of electrolytic capacitor, which are components that store electrical energy. They are often used in electronics to reduce power consumption, decrease noise levels, and increase device reaction speeds. The 293D226X9016D2TE3 tantalum capacitor is a general-purpose device suitable for a wide range of applications. This article will discuss the uses and working principles of the 293D226X9016D2TE3 tantalum capacitor.

Construction and Specifications

The 293D 226X9016D2TE3 tantalum capacitor consists of an anode, a cathode, and two layers of dielectric material separating them. The cathode is made of manganese dioxide, while the anode is composed of a sintered powder of tantalum and a third layer of activated with D2TE3 electrolyte. It is a polarized electrolytic capacitor, meaning it has a polarity on the electrodes that must be observed during installation. The exact specifications of the 293D226X9016D2TE3 include a capacitance of 2200μF, a voltage rating of 20V, a dissipation factor of 0.1, and an operating temperature range of -55℃ to +105℃.

Applications

Due to its high capacitance and long operating temperature range, the 293D226X9016D2TE3 is suitable for many applications. It is used in audio equipment for noise reduction, in meters for filtering accuracy, and in computers for reducing power consumption. It is also used in automotive systems for providing the electrical current necessary for engines and other components, as it can handle large fluctuations in temperature and voltage. Additionally, it is often employed in circuits that require a large surge of current, such as in electric motors.

Working Principle

The 293D226X9016D2TE3 is constructed out of a tantalum anode and a manganese dioxide cathode. These two components are separated by the two layers of dielectric material and the electrolyte, which is activated by the addition of D2TE3. When a voltage is added to the capacitor, current flows through the electrolyte and ions attach themselves to the surface of the anode. This creates a surface charge, which in turn creates an electric field. This electric field causes a movement of electrons away from the surface of the anode and towards the cathode, gradually charging the capacitor until a balance is reached and the voltage has stabilized.

Conclusion

The 293D226X9016D2TE3 tantalum capacitor is a versatile and reliable component for many industrial and consumer applications. Its high capacitance and long operating temperature range make it suitable for many applications, from audio equipment to meters and even electric motors. Additionally, its working principle is fairly straightforward: through the use of two layers of dielectric material and an electrolyte, the component is able to store and release electrical energy as needed. By understanding how the component works and its various applications, engineers can properly incorporate the component into their projects.