893D336X0010C2TE3

Tantalum Capacitors: 893D336X0010C2TE3 Application Field and Working Principle

Tantalum capacitors are some of the most widely used and effective components in the field of electronics. They consist of two electrodes and are placed between two conductive plates, separated by a thin, porous tantalum dioxide dielectric material. The 893D336X0010C2TE3 is a standard, three-terminal tantalum capacitor, with a temperature range of -18 to +85 Celsius.

Application Field

The 893D336X0010C2TE3 capacitor is mostly used in portable and automotive electronics. This includes audio systems, laptops, and even mobile phones. The capacitor can also be used in critical high-accuracy circuits, due to its low cost and reliability.

Principle of Operation

A tantalum capacitor works by using the physical phenomenon of capacitance. Capacitance is the ability for a material to store electrical energy across two conductors when voltage is applied. By using a porous tantalum dioxide dielectric material, the capacitor is able to achieve high capacitance values in relatively small packages. When an alternating voltage is applied to the capacitor, it produces a voltage drop across the two electrodes of the device.

The electrodes will have a certain level of capacitance, which will be determined by the type of material used, its size, and other factors. If an alternating voltage is applied to the capacitor, the voltage will alternately change direction, causing a current flow between the two electrodes. This current flow causes the capacitance of the electrodes to change, thus altering the voltage applied across the two terminals.

When the capacitor is operating at the desired level of capacitance, the voltage across the two electrodes will remain constant. This constant voltage is referred to as the “working voltage” of the capacitor, and it is crucial to the performance of the device. Any change in the voltage across the two terminals will affect the amount of current that flows through the capacitor and will ultimately affect the performance of the circuit.

Advantages

The 893D336X0010C2TE3 capacitor has a number of advantages, including its small size, low cost, and the ability to be used in a wide range of applications. They are also considered to be reliable and stable as compared to other types of capacitors. Furthermore, the 893D336X0010C2TE3 is available in a range of voltages, making it suitable for many different circuit designs.

Disadvantages

One of the main disadvantages associated with the 893D336X0010C2TE3 capacitor is its limited maximum working voltage. This means that in certain applications it may be necessary to use multiple capacitors in series to achieve the desired voltage. Another disadvantage is that the capacitor is prone to failure at higher temperatures, meaning it may not be suitable for long term, high-temperature operations.

Conclusion

The 893D336X0010C2TE3 is an efficient, reliable, and cost-effective tantalum capacitor. It can be used in a wide range of electronics applications, and has become one of the most popular capacitors available on the market. Despite its disadvantages, this capacitor is still widely used due to its low price and excellent performance.