109D226X9100F2

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Tantalum Capacitors

Tantalum capacitors are electrical components that use a tantalum metal oxide as a dielectric medium for storing electrical charge. This type of capacitor offers several advantages over other, more traditional capacitors, including its size, reliability, and electrical characteristics. This makes them incredibly useful in a variety of fields.

The 109D226X9100F2 is a tantalum capacitor from Vishay, an American company that produces electronic devices and components. This capacitor is designed for use in a variety of applications, including military, aerospace, medical, and telecommunications applications. This particular model has a maximum capacitance of 2.6μF and a maximum voltage rating of 16V. It also features a low equivalent series inductance of 2.6nH.

Tantalum capacitors are constructed by depositing an electrolytic layer of tantalum metal over a porous substrate. The substrate is then coated with a layer of manganese dioxide, which acts as the dielectric medium. An arc collector is then placed on the end of the substrate, and a current is passed through the arc collector to form an oxide. The oxide, which forms the capacitor\'s electrical terminals, creates a conductive layer that allows electrical charge to be stored.

The 109D226X9100F2 has a wide range of applications. It can be used to develop high-capacity power supplies for medical equipment, high-frequency radios and cellular phones, and other portable electronic devices. This capacitor can also be used to replace older, unreliable capacitors in defense equipment and aerospace systems. Additionally, this capacitor is ideal for automotive applications such as power-train systems, vehicle monitoring systems, and engine control systems.

The 109D226X9100F2 is constructed in accordance with a well-known working principle in the industry - the use of an electrical current to form a dielectric layer on a metal substrate. By passing a current through the substrate, a metal oxide layer is formed which serves as an effective dielectric material. This dielectric layer can store electrical charge, allowing time delays in electrical circuits and manipulating the transfer of electrical energy between components.

The operational principles underlying tatalum capacitors helps to explain their popularity in a variety of applications. Their size, reliability, and electrical characteristics make tantalum capacitors a great choice for many design purposes. In particular, the 109D226X9100F2 model from Vishay offers an impressive range of features, making it an attractive solution for a number of applications.

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