199D475X0016BXV1E3

Tantalum Capacitors

Tantalum capacitors are surface-mount passive components used mainly in electronics. These capacitors come in two different forms, ‘Through-hole’ and ‘SMD’. The SMD version is usually referred to as the ‘chip’ capacitor. Tantalum capacitors are widely used in wireless communication, mobile phones, battery packs, gaming consoles, and other electrical circuits with high power needs.

199D475X0016BXV1E3 Application Field and Working Principle

The 199D475X0016BXV1E3 application is mainly used in telecommunication industries and usually consist of two symmetrical metal plates separated by an electrically insulating layer known as a dielectric. The most common dielectric used in tantalum capacitors is a ceramic-oxide, that gives the device excellent electrical properties. As current flows through the tanglum capacitor, the electrical charge stored in this dielectric creates a potential difference between the two metal plates.

Tantalum capacitors are designed in such a way that they are able to store large amounts of energy. This amount of energy is referred to as capacitance. The capacitance of the device is determined by the physical size of the capacitor and its dielectric. The larger the capacitor, the higher the capacitance and the larger the potential difference between the two plates.

The ability of the tantalum capacitor to store large amounts of energy is what makes them so useful for applications such as telecommunication. When used this way, the capacitor acts as a reserve of energy, which can be quickly used up and replenished. This capability gives telecom operators a reliable, high-performance reserve of energy that can be used to efficiently power systems.

Tantalum-based capacitors are also extremely reliable and offer low levels of noise and minimal leakage current. This means that the capacitor can provide a steady stream of power without any disruptions. Additionally, tantalum capacitors can handle up to 99.9% humidity and temperatures up to +300°C without any problems.

The quality and performance of tantalum capacitors depend on its construction and design. The most important considerations include the size of the capacitor, its dielectric, and its electrical properties. Specialized formats such as the 199D475X0016BXV1E3 chip capacitor also offer additional features such as high levels of reliability and excellent capacitance.