F931C106KBA Capacitors

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Tantalum capacitors, also known as tantalum electrolytic capacitors, are active components that are constructed with two tantalum plates, an electrolyte, and an anode foil. They are commonly used in electronics and radio-frequency (RF) applications due to their excellent electrical properties and lower loss, which make them more reliable than other types of capacitors. The F931C106KBA is one such tantalum capacitor that is widely used in the electronic industry.

The F931C106KBA is a conduction cooled, axially polarized, surface-mount tantalum capacitor, designed to be used in a wide range of applications such as laptops, telephones, automotive, industrial, and consumer electronics. It has an capacitance of 10 µF, an impedance of 1000 µF, a leakage current of 0.012 µA, and a voltage of 16 VDC. The device is available in military and commercial grades and is made with a semi-conductive oxide coating for improved reliability and protection against electrical stress.

The primary application for the F931C106KBA is for filtering direct current and eliminating power ripples or noise, providing improved power stability for electronic devices. This type of capacitor also offers superior frequency performance compared to other capacitors, due to its low impedance, low-frequency transmission characteristics, and low-loss characteristics.

In terms of the working principles, the F931C106KBA tantalum capacitor operates under the principle of electrostatic storage. Two plates are placed in contact with a specialized electrolyte material, which can act as an insulating material between the two plates. When voltage is applied to the plates, an electric field is established, which stores the energy. This stored energy is then released as needed.

The F931C106KBA device is a great choice for many applications due to its superior performance features and reliability. It can be used in a broad range of consumer and industrial products, as well as in military applications. Its conduction cooled design makes it applicable to high-temperature environments, and its low ESR and ESL characteristics make it an ideal choice for the most demanding noise-sensitive systems.

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