M39003/01-5721

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Introduction to Tantalum Capacitors

Tantalum capacitors provide a range of highly reliable and robust solutions for a variety of fields and applications because they are able to withstand even the harshest environments. Over the years, tantalum capacitors have undergone a series of improvements and developments to improve their performance in various applications. In this article, we will explore the characteristics of the M39003/01-5721 capacitor set and explain the application fields and working principles of these capacitors.

M39003/01-5721 Capacitor Characteristics

The M39003/01-5721 set is comprised of complementary configurations of 1.0 micro Farad and 5.6 micro Farad tantalum capacitors. They are specifically designed for surface mount applications with maximum dimensions of 3.2mm x 1.6mm; allowing their application in areas with limited space and high density. M39003/01-5721 capacitors also feature a Tin/Lead finish.

Application Field of M39003/01-5721

The M39003/01-5721 small-sized capacitors are suitable for any types of electronic applications. The size of these capacitors makes them ideal for implementation in items like digital greetings cards and low power RF-ID tags. They can also be used in applications such as audio devices, consumer electronics and communications systems where reliability and high performance are essential, as well as for military, medical, and aerospace applications.

Working Principles of M39003/01-5721

The M39003/01-5721 set of capacitors utilizes the principle of electrolyte dielectric formation. This type of capacitor contains two separate electrodes that are immersed in a solution containing an electrolyte, which serves to store energy. The tantalum oxide coating of these capacitors, which act as the dielectric, respond to the change in current, voltage, and temperature, and absorb or release the energy. As a result, the energy can be stored, transferred, and reused as needed.

Conclusion

The M39003/01-5721 tantalum capacitors are highly reliable and robust components that find their use in a variety of fields and applications, such as audio devices, consumer electronics, and communications systems. They utilize the principle of electrolyte dielectric formation which allows their operation in areas with limited space and high density.

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