199D334X0050A1V1E3

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Tantalum Capacitors

Tantalum capacitors provide a reliable, efficient and cost-effective way of storing and discharging electrical energy while fulfilling the needs of many different applications. The popular series 199D334X0050A1V1E3 belongs to this group of components, and exhibits a notable field of application and working principle.

Field of Application

The 199D334X0050A1V1E3 series of tantalum capacitors are typically used in a wide range of electronic devices and appliances, such as power supplies, audio equipment, communications equipment and other different circuits. Thanks to its capacity of 0.0033 F, this component can be used for various tasks, from filtering high frequency components to impedance matching.

Furthermore, the high-reliability standards of this series make it suitable for use in aircraft and spacecraft systems. Besides, some other areas of application include: automotive, computers and digital appliances, medical equipment and military/defense.

Working Principle

The ultimate goal of a capacitor is to store electrical energy, while offering a constructive way of discharging it when necesary. When it comes to the 199D334X0050A1V1E3, this task is achieved by creating an electromagnetic field of energy between two electrodes coated with a conductive material, usually made out of tantalum.

This material is then used to plate the inside of a sturdy outer case, usually made out of aluminum. The dielectric material (or the nonconductive material) that is sandwiched between both electrodes is what enables the capacitor to store electricity and discharge it when necessary. The most common material used to fill this gap is a combination of carbon and polymer.

The combination of a tantalum case and also the carbon and polymer dielectric material is what gives this tantalum series its superior performance, making it reliable and efficient for a wide variety of applications.

Conclusion

The 199D334X0050A1V1E3 series of tantalum capacitors offer a reliable and cost-effective way to store and discharge electrical energy. It is suitable for a variety of applications, from filtering to impedance matching and from automotive to aircraft and spacecraft systems. Its performance is due to the combination of two core elements: a conductive tantalum electrode and a dielectric carbon and polymer material. This combination makes this component reliable and efficient for all types of electronic projects.

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