F931D336KCC Capacitors

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Tantalum capacitors are a type of electrolytic capacitor, which is a polarised passive component that stores electrical energy, typically in the form of a voltage difference or in a charge, in an electrical field between two conductive plates. The F931D336KCC is one type of such tantalum capacitor, and here we take a detailed look at its application field and working principle.

Application Field

The F931D336KCC is a solid electrolytic radial tantalum capacitor, which means it is suitable for many uses, including supply bypassing, noise filtering, bulk decoupling, line bypassing, smoothing, and surge protection. This capacitor offers high temperature stability, high reliability, low leakage current, and a low impedance value. It is ideal for use in electronic power supplies, medical equipment, industrial control systems, and motor control systems. Additionally, the F931D336KCC has a voltage rating of 16 volts, but can be operated at a voltage as low as 7.5 volts. This makes it suitable for a variety of environments, including low voltage applications, such as battery operated devices.

Working Principle

Tantalum capacitors are known for their high capacitance per unit volume, making them superior to other types of capacitors. The working principle behind the F931D336KCC is that when two metal layers are separated by a dielectric material, the layers form an electrical field between them, which can store energy. When an electric current is added, it causes the electric field to become stronger and store more energy. To make this happen, the F931D336KCC uses a tantalum anode, an insulating material, and a conductive material (electrolyte) between the anode and the cathode. This creates an existing stored electric field, which is used to store energy. During operation, electric current causes this field to become stronger and it stores more energy, allowing it to store far more energy per unit area than any other type of capacitor.

Conclusion

The F931D336KCC is a radial tantalum capacitor, which is ideal for various applications, including supply bypassing, noise filtering, line bypassing, and smoothing. Additionally, it has a low impedance value which makes it suitable for many environments, including low voltage applications. Its working principle is based on the fact that it uses two metal boundaries, an insulating material, and an electrolyte between them, which creates an electrical field that is used to store electrical energy.

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