199D476X0010D2B1

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Tantalum capacitors are a type of capacitor that, due to their physical characteristics, are ideal for a variety of applications. The model number 199D476X0010D2B1 is a specific type of capacitor. In this article, we will discuss the application fields and working principles of this model.

The 199D476X0010D2B1 is a surface mount type chip tantalum capacitor. It has a capacitance of 476uF, a rated voltage of 10V and an ESR value of 0.003ohms. These characteristics make it useful for a variety of applications.

For starters, the low ESR value of this capacitor makes it ideal for decoupling applications. Decoupling capacitors help reduce or eliminate power supply noise in circuits, which can help improve the signal to noise ratio and reduce system noise. The 199D476X0010D2B1 is also well-suited for power supply filtering and storage, noise filtering, and noise cancellation in audio circuits.

The 199D476X0010D2B1 also has excellent thermal stability, making it suitable for use in high temperature environments. It also has excellent resistance to humidity, making it a great choice for outdoor and marine applications. It is also resistant to most solvents and high energy radiation. All of these features make the 199D476X0010D2B1 ideal for applications such as medical, industrial, and automotive electronic systems.

In terms of working principles, the 199D476X0010D2B1 works the same way as any other capacitor. It stores electrical charge and then discharges it when the voltage across it reaches a certain level. The difference with this capacitor is that it has a greater ability to store charge and discharge it quickly, which makes it suitable for decoupling and noise reduction applications.

In summary, the 199D476X0010D2B1 is a surface mount chip tantalum capacitor with a low ESR value. Its physical characteristics make it ideal for decoupling, noise reduction, and power supply filtering applications. It also has excellent resistance to humidity, making it suitable for outdoor applications. Finally, it works the same way as any other capacitor, storing charge and then quickly discharging it when the voltage threshold is reached.

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