TR3D476K020C0100

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Tantalum capacitors are components that use the dielectric tantalum to store electrical energy between two metal plates known as the anode and cathode. The main material used in the construction of tantalum capacitors is tantalum, which has a high thermal stability and a wide range of operating temperature capabilities. A typical tantalum capacitor is a two-terminal capacitor that utilizes a tantalum wire, a sensing dielectric layer, and two metal plates, known as the anode and the cathode. The tantalum wire is the primary electrical barrier in the capacitor construction, while the two metal plates function as electrodes.

The TR3D476K020C0100 is a specific type of tantalum capacitor designed for commercial applications which is optimized for extremely low leakage and excellent reliability. It is a high capacitance, surface mount capacitor that is designed for applications where temperature extremes, humidity and other harsh environments are present. This type of capacitor is typically used in automotive, medical, military and industrial applications where extreme temperatures exist and normal capacitor dielectric materials are not suitable.

The TR3D476K020C0100 capacitor has a high capacitance rating of 4700uF and a temperature range of -55 to 105°C. This capacitor is designed to work in extreme environments, and is constructed from a solid tantalum dielectric layer and two metallic electrodes. The metallic electrodes are made from an alloy of mixtures of zinc, iron, and a variety of other elements to provide excellent electrical conductivity and longevity in extremely harsh environments. This capacitor has an ESR rating of 0.8Ohms at 20°C and a maximum voltage rating of 20V.

The working principle behind the TR3D476K020C0100 capacitor is a ferroelectric effect. The ferroelectric effect occurs in certain materials such as permittivity, whereby the material will become electrically polarized when an electric field is applied to it. This effect creates an electrical charge on the side of the material facing the electric field, so that the material becomes electrically charged when an electric field is applied to it. The electric charge created by the ferroelectric effect causes the material to become polarized, allowing the capacitor to become electrically charged and subsequently be used to store electrical energy.

The TR3D476K020C0100 capacitor is typically used in automotive and military systems where a high capacitance value and a wide range of temperatures are needed. This capacitor has excellent reliability, a low ESR rating, and a wide temperature range, making it ideal for operations where a wide range of temperatures is expected. The specific features of this capacitor make it a great choice for applications requiring a high capacitance value and a wide temperature range such as automotive, military, and medical applications.

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