2-1879064-9

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Tantalum capacitors are electronic components used to store an electric charge, known as capacitors and are classified by the material used in their construction. This article will discuss 2-1879064-9 application field and working principle, specifically those used for capacitors constructed with tantalum, one of the most common materials used in modern day capacitors.

Capacitors are divided into two categories: polarised and non-polarised. The 2-1879064-9 application field and working principle are specific to the type of capacitor in question. These two are polarised capacitors, which means that an electric current is only able to pass through when a certain polarity (positive or negative charge) is present. Inside the capacitor is a thin layer of electrically conductive material between two metal plates, known as the electrodes. The electric charge is stored in the material between the plates and affects the capacitance of the capacitor, meaning it can store more or less charge depending on the amount of material present.

To understand the specific 2-1879064-9 application field and working principle of the tantalum capacitor it is important to look at its components. The main component of a tantalum capacitor is the metallic tantalum powder, which works as the dielectric material. It is this material which gives the capacitor its conductivity and capacitance. The second component of the capacitor is two silver-plated electrodes, one of which is connected to the positive terminal of the capacitor and the other to the negative terminal.

When an electric charge is applied to the capacitor, the charge passes through the silver-plated electrodes and creates an electric field between them. This electric field causes the tantalum powder between the two electrodes to expand, causing it to become electrically conductive. The amount of electric charge that can be stored in the tantalum capacitor depends on the amount of expansion of the tantalum powder, meaning more expansion results in more electric charge being stored.

This expansion of the tantalum powder also affects the capacitance of the capacitor. The amount of capacitance can be increased by adding more tantalum powder between the electrodes or by increasing the area of the electrodes. The capacitance of a capacitor is measured in Farad, with 1 Farad being equivalent to 1 Coulomb of electric charge per Volt.

The 2-1879064-9 application field and working principle make it an ideal choice for use in electronic circuits, specifically in circuits where a large amount of electrical energy needs to be stored. The characteristics of the tantalum capacitor make it an attractive choice for use in devices such as microprocessors, memory devices and audio systems. It is also used in applications such as power relays, voltage regulators and frequency control devices.

The 2-1879064-9 application field and working principle give it a number of advantages which make it appealing for use in a variety of devices. Its ability to store a large amount of electric charge and its high capacitance make it a great choice for those looking for a reliable source of electric charge. Its ability to withstand high temperatures, high humidity and vibration also makes it a popular choice for use in high-demanding environments.

In conclusion, the 2-1879064-9 application field and working principle make it an ideal choice for use in a variety of electronic circuits. Its ability to store a large amount of electric charge and its high capacitance make it a great choice for a reliable source of electric charge. Its ability to withstand high temperatures, high humidity and vibration also make it a popular choice for use in high-demanding environments. The flexibility and reliability of a tantalum capacitor make it a go-to choice for a number of electronic applications.

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