T495X686M025ATE130 Capacitors

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Tantalum capacitors are highly reliable capacitors frequently used in a broad variety of applications. Designated by the prefix T495X686M025ATE130, they have a metal oxide film dielectric and are valued for their small size and long-term stability.

The T495X686M025ATE130 capacitor, in particular, is a low profile, thin film, solid tantalum capacitor built with manganese dioxide technology. It is designed to deliver sustained performance in a wide range of application requirements. It offers excellent temperature and humidity performance, with stable capacitance characteristics over life. It is also small in size, with a high current ripple rating, as well as superior failure rate factors and long-term reliability.

The T495X686M025ATE130 capacitor is constructed from two components. The first component is the case, which is usually made from metal or plastic and contains two metallic contact pins. The second component is the dielectric medium, which is made of tantalum and an electrolytic paste. This dielectric material is placed between the two contact pins and sealed inside of the case by a hermetic seal.

The T495X686M025ATE130 capacitor is designed to be versatile and applicable to a wide variety of applications. It can be found in a variety of consumer electronics, computer systems, automotive system, industrial equipment, medical equipment, and military/aerospace systems. The capacitor is best suited for storing and releasing energy in a brief time frame and is often used for filtering of current, voltage regulation, timing, tuning, and decoupling.

The working principle of the T495X686M025ATE130 capacitor relies on the electrochemical reaction occurring between the two terminals. When the capacitor is placed in a circuit, the contact pins create a potential difference across the electrically conductive dielectric medium. This causes a charge imbalance across the terminals, which hold near-equal levels of charge on either side. This charge imbalance creates an electric field, which in turn, is used to store the energy. When a voltage is applied across the terminals, an “electrical polarity” is generated and capacitors will increase or reduce the current depending on the applied voltage. When the voltage is removed, the capacitor will discharge the stored energy at a steady rate.

The T495X686M025ATE130 capacitor provides high performance, full-featured solutions for both customer and application demands. It is perfect for system designs requiring high reliability and sustained performance. As a result, this model of tantalum capacitor is a popular choice for a range of applications in many industries.

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