F951C475MPAAQ2 Capacitors

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Tantalum capacitors are passive electronic components often used in electronic circuits. They are primarily composed of tantalum powder as the anode and a metal oxide film as the cathode. The name “tantalum” is derived from the chemical symbol for tantalum oxide, Ta2O5. This oxide is the main component of the capacitors and is charged by an electric current. The physical characteristics of the oxide film, such as its electrical resistance and dielectric constant, determine the capacitance of the capacitors.

The F951C475MPAAQ2 is a type of surface mount form factor tantalum capacitor. It is manufactured by feeding tantalum powder, manganese dioxide, and cover-all material into feeders and then pressing them into the desired form. The F951C475MPAAQ2 measures 4.75mm long by 3.20mm wide by 1.25mm high. It has a nominal capacitance of 3.3μF, a rated voltage of 25V, and a lifetime rating of 2,000 hours.

The F951C475MPAAQ2 has many uses in consumer devices, mobile phones, and other applications that require high frequency current. For example, the component is used in power supplies and high-current circuits, allowing the end user devices efficient and reliable power protection. It is also used to filter out unwanted noise in analog circuits, such as high-end stereo audio equipment. Furthermore, the F951C475MPAAQ2 is used in automotive applications, such as high-intensity discharge (HID) lighting and automotive navigation systems.

When it comes to the working principle behind the F951C475MPAAQ2, it relies on Faraday’s law of induction. The basic idea behind this law is that the electric field created by a changing magnetic field induces a current in a conductor. In the case of the F951C475MPAAQ2, the electric field created by an alternating current will cause the tantalum powder and manganese dioxide to form a capacitor that can store and discharge electricity.

The F951C475MPAAQ2 is an important electronic component that has many uses in consumer and automotive applications. Its tantalum construction and Faraday’s law of induction make it an efficient, reliable, and cost-effective solution to protect sensitive devices from power surges and noise.

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