3-1879064-9

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Tantalum capacitors are a type of electronic device that has been widely used in the electronics industry since the 1950s. These capacitors are made of an electrolyte, such as tantalum nitride, that provides a dielectric medium to store a charge between two metal plates. The plates are often made of tantalum, which is known for its high electrical conductivity. Due to their compact size and low current leakage, tantalum capacitors are popular as power supplies and as components for integrated circuits. They are also used for high frequency, high voltage operations, for which small size and low leakage are important.

3-1879064-9 is a particular type of tantalum capacitor, referred to as a radial leaded device or leaded capacitor. This type of capacitor has a round body with a metal plate extending out from one end. The metal plate is connected to the capacitor through a lead wire. The lead wire provides a path for the current to pass between the two plates. The other plate is attached to the body of the capacitor, and the two plates are separated by a dielectric medium. The dielectric medium, usually a type of wax or polymer, is selected for its ability to provide a specific breakdown voltage.

Among the advantages of 3-1879064-9 tantalum capacitors is their low profile, which makes them ideal for a variety of applications. This type of capacitor is often used in consumer electronics, such as car stereos and televisions, as well as in medical and industrial devices. Additionally, 3-1879064-9 capacitors are particularly suitable for powering circuit boards and as vital components of commercial and military satellites.

The basic working principle of a capacitance 3-1879064-9 tantalum capacitor is that when a current is applied to the plates, a voltage is induced across them. This voltage opposes the applied current, creating a voltage-current relationship known as capacitance. The capacitance is determined by the ratio of the voltage to the current, and this ratio is determined by the thickness of the dielectric medium. As the capacitance increases, the voltage-current ratio decreases, and the maximum voltage that can be achieved is limited to the breakdown voltage of the dielectric medium.

The dielectric medium of a 3-1879064-9 tantalum capacitor is usually a form of tantalum nitride. This material is used because of its high power dissipation factor and excellent thermal stability. It also has a low leakage current and can withstand high-temperature operation. It is also reliable over a long period of time and has a low failure rate.

In addition to these advantages, 3-1879064-9 tantalum capacitors have a wide range of uses. They can be found in laptop computers, audio systems, cell phones, industrial equipment, and other electronic devices. As for power supplies, they can be used in battery-operated devices such as digital cameras and game consoles, as well as in charging and discharging systems, and in high-voltage switching circuits.

Overall, 3-1879064-9 tantalum capacitors are a reliable and versatile type of electronic device for many applications. They are small and compact, and provide a dielectric medium to store a charge between two metal plates. With a low profile and high power dissipation factor, they are ideal for use in consumer electronics and other devices. Finally, they are reliable over a long period of time and have a low failure rate, making them a great choice for power supplies and other applications.

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