695D476X0020H2T

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Tantalum capacitors are widely used components in a range of electrical and electronic circuits, ranging from low-power radio frequency applications to high-power energy storage. The 695D476X0020H2T is a specific type of tantalum capacitor typically used in automotive, defense, medical, and space industry applications. This paper will describe the application field and working principle of the 695D476X0020H2T.

The 695D476X0020H2T is a surface mounted tantalum capacitor, or SMTC. It is composed of two parallel plates of tantalum oxide dielectric separated by an electrolytic material. The plates are each connected to two corresponding terminals and labeled as plus and minus, respectively. The 695D476X0020H2T is an extremely stable, long-life capacitor with a high capacitance, ranging from 20 to 47µF. The device is available in two different sizes, a 2 mm x 2.5 mm package and a 2.3 mm x 3 mm package.

The 695D476X0020H2T is typically used in automotive, defense, medical, and space industry applications due to its high degree of stability and reliability. In automotive applications the device is used to charge and discharge multiple electrical systems, such as the starter and battery. It can also be used in automotive audio systems to reduce the noise interference from the AM/FM radio signals. In the defense industry, the device is extensively used in communications systems for isolation and power regulation.

In medical applications, the 695D476X0020H2T is used to provide power to devices such as pacemakers, hearing aids, and medical implants, as well as to reduce noise interference from medical equipment. Finally, in space applications the device is used to provide power and isolate various circuits in satellites and deep space probes. It is also used as part of a power conditioning system to protect against electrical noise and voltage fluctuations.

The working principle of the 695D476X0020H2T is based on direct current, or DC, electric circuits. When an electric charge is applied to the terminals of the device, the capacitance of the tantalum oxide dielectric increases, storing the electrical energy. When the electric current is removed, the device discharges the stored energy through the terminals, releasing electrical current in the process.

In conclusion, the 695D476X0020H2T is a high quality, long-life tantalum capacitor that is typically used in automotive, defense, medical, and space industry applications. The device is composed of two parallel plates of tantalum oxide dielectric separated by an electrolytic material, and is capable of storing and releasing electric energy. Its working principle is based on direct current, or DC, electric circuits.

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