T495X227K006ATE080

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Tantalum capacitors are often used across a range of different applications, from high-voltage to high-temperature applications. The T495X227K006ATE080 is one such capacitor that is well-suited for high-temperature applications. Its a Polymer Tantalum Chip Capacitor which is designed to operate in temperatures up to 125°C.

The “T495” in the name stands for the series that this capacitor belongs too. This series of capacitors are offered in several different capacitance values, voltages, dielectric types, and environmental options. This specific part has a capacitance of 22.7µF and an operating voltage of 6.3VDC. It also features a Nichicon T491H Series “MnO2” dielectric system. This dielectric system offers an excellent aging characteristic and a low dielectric absorption.

The “K006ATE” portion of the F495X227K006ATE080\'s name refers to the packaging as well as the termination options. The “K” designates that this capacitor is a Chip type capacitor, while the “006ATE” indicates that it has a EIA Taped & Reeled packaging with a solderable termination. This capacitor is also RoHS compliant.

The working principle of the T495X227K006ATE080 is fairly simple. This capacitor works by storing an electrical charge between two metal plates. The plates are separated by a dielectric material which can be paper, ceramic, glass, plastic, or mica. The dielectric material allows electricity to flow between the plates but not leave the capacitor.

When the capacitor is connected to a power source, charge begins to build up on the metal plates. This charge creates an electric field between the plates that stores the energy. The energy can be released by connecting a conductor from one of the plates to ground, thereby discharging the capacitor. This process is known as “capacitance”.

The T495X227K006ATE080 is an ideal choice for applications that require temperature stability, high ripple current capability, and high insulation resistance. It can be used in applications such as power supplies, automotive electronics, transistor biasing, and more. This capacitor is also a popular choice for high-temperature applications, thanks to its ability to operate in temperatures up to 125°C.

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