T495D476K010ATE080

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Tantalum capacitors are components of integrated circuits that are used to store electrical charge. These components come in a variety of shapes and sizes depending on the application they are being used for. However, the T495D476K010ATE080 is an extended temperature range (ETR) low-voltage capacitor which has been designed for use in a wide range of automotive and industrial applications. This capacitor is particularly useful when a high-reliability, robust performance, and extended endurance are required.

The T495D476K010ATE080 is a solid electrolytic capacitor that works on the same basic principle as all capacitors: the capacitor stores electric energy in an electric field between two electrodes. One electrode is made of a porous, sintered tantalum which is coated with a dielectric oxide layer, while the other electrode is a solid electrolyte. Both electrodes are then connected together to form a completed device.

T495D476K010ATE080 capacitors are particularly useful for automotive and industrial applications due to their unique design. The ETR extended temperature range capacitor has durability up to 165 deg C, allowing it to withstand high operating temperature and harsh environments. Additionally, the large capacitance value (470uf) results in efficient energy storage and high reliability. Moreover, its capability for low-impedance characteristics makes it suitable for high frequency and/or switch-mode applications.

The T495D476K010ATE080 application field is wide and varied, including automotive and industrial applications. In the automotive space, this capacitor is used in fuel pumps, airbags, power seat control, power steering, audio amplifiers, engine control systems, ABS brakes, and electric windows. In the industrial space, it is used in hand-held computers, consumer appliances, power converters, solar and electric lawnmowers, and aerospace projects.

In conclusion, the T495D476K010ATE080 capacitor is a versatile, reliable, and high-performance component that is suitable for a wide range of automotive and industrial applications. Its high-endurance, extended temperature range, high capacitance value, and low-impedance characteristics make it the ideal choice for many applications, from consumer appliances to high-tech aerospace projects.

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