F931C226MBAAJ6 Capacitors

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Tantalum Capacitors

Tantalum capacitors are commonly used in a wide range of applications in the electronics industry, such as communication and power supply. These capacitors are created by placing two anodes of opposite charge in contact with an electrolyte separator in an ultra-thin membrane film. This electrical sandwich creates an energy storage system with superior performance, superior temperature stability, and improved reliability when compared to other forms of energy storage. F931C226MBAAJ6 is a prime example of a tantalum capacitor.

The F931C226MBAAJ6, from the KEMET Corporation, is a six terminal surface mount component that is available in sizes of 2.2 µF with a 10 VDC rating. It is designed to have a self-healing type construction, which means it can easily detect and remove any type of contamination that might be on its plates. It also has a longer lifetime than other tantalum capacitors, allowing it to be more reliable and reliable where temperature stability is a concern.

In addition to its superior temperature stability, the F931C226MBAAJ6 also utilizes a non-polar electrolyte which has a high resistance to vibration and shock. This advanced technology helps to maintain a consistent electrical performance and improve device longevity. The component also has an impedance minimized by a controlled plateau as well as a high frequency impedance decreased by the use of a high purity solid tantalum component electrode.

The main application fields for the F931C226MBAAJ6 include motor controllers, DC-DC converters, computer peripherals, telecommunications and bar code readers, medical products, and military electronic assemblies. As for the working principle, the component utilizes the two anodes of opposite charge and an electrolyte separator in the ultra-thin membrane to form an energy storage system that can provide superior performance. By taking advantage of the high and low impedance values, the component can store and release electricity on a fast timeline. The capacitor creates a circuit in which the electrical charges on the anodes are stored when the device is energized, and then released as needed when voltage is applied. As such, the component is capable of providing a reliable and stable power source to a variety of electronic systems.

Overall, the F931C226MBAAJ6 Tantalum Capacitor from KEMET offers superior temperature stability, non-polar electrolyte technology, reliable performance, a wide range of applications, and a longer lifetime. Its advanced construction and built-in features make it the ideal choice for a variety of electronic assemblies. As such, it is an excellent choice for motor controllers, printed circuit boards, telecommunications equipment, bar code readers, and medical products.

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