T86D475K035EBSS

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Tantalum capacitors are polarized capacitors, which contain tantalum as an anode . The T86D475K035EBSS is a tantalum capacitor that offers added reliability in high temperature and high humidity environments, making it ideal for industrial, medical and military applications.

The T86D475K035EBSS contains two electrodes – the negative anode and the positive cathode. It also contains a dielectric medium, which is the material between the two electrodes. This medium is usually manganese dioxide powder or a liquid electrolyte.

A tantalum capacitor is a highly reliable device due to its low leakage current and high working temperature, which can range from -60°C to +125°C. It has excellent stability over time and offers a robust storage of energy in a compact size.

The T86D475K035EBSS is a two-terminal, non-polarized device designed for applications where a lengthy life and reliability is necessary. Its non-polar characteristics make it attractive for use in medical equipment. It is also used to filter noise in consumer electronics and has a low equivalent series resistance.

An important feature of the T86D475K035EBSS is its ability to maintain a capacitance value over a wide temperature range and at high currents. This enables it to be used in pulse applications, where temperatures may suddenly rise and fall. It can also handle high ripple currents, ensuring a high operating temperature and long life.

The working principle of the T86D475K035EBSS is simple. When a positive voltage is applied to the anode, the dielectric medium between the two electrodes is polarized, forming an electrical field. This electrical field stores energy as an electric charge, and a capacitor is formed. When the voltage is removed, the electric charge is gradually released and the electric field dissipates.

The T86D475K035EBSS is a perfect choice for applications in medical equipment, automotive electronics, consumer electronics, and industrial systems. It offers reliable performance in high temperature and high humidity environments, ensuring a long life and high efficiency in these types of applications.

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