M39006/21-0141

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Tantalum capacitors are board level components used to store electrical energy. They are used in a variety of electronic applications in order to help with power delivery and filtering, and in many other instances capabilities. M39006/21-0141 is just one example of a tantalum capacitor that has specific capabilities needed for certain applications. This article will cover the general field of application of the M39006/21-0141 as well as its associated working principle.

In general, the application field of the M39006/21-0141 is to provide electrical energy storage within electronic devices. This includes applications such as power supply filtering, signal filtering, and in some instances DC-DC converter integration. In a standard installation, the M39006/21-0141 will generally be soldered to a surface mount device on the PCB. This allows for quick and efficient energy storage for a variety of electronic devices. Additionally, it is capable of withstanding higher temperatures associated with soldering. The capacitance value of the part is 0.47uF with the working voltage value being 6.3VDC.

The working principle behind the M39006/21-0141 is relatively straightforward. It functions by having two metal plates that are separated by a dielectric material. This dielectric material is typically solid tantalum, which is an excellent conductor in this application. This configuration allows for the capacitor to store electrical energy, hence why it is so useful in various applications. When electrical energy is sent from one metal plate to the other, the capacitor will then slowly discharge, allowing for energy to flow throughout the device. Although it is a relatively simple component, it is extremely useful for a variety of applications.

In conclusion, the M39006/21-0141 is an example of a tantalum capacitor. It is mainly used for applications such as power supply filtering, signal filtering, and DC-DC converter integration. Its working principle is also straightforward, with energy being stored between two metal plates separated by a dielectric material. This allows for slow damage discharge to occur, enabling these capacitors to be used in a variety of applications. It is an essential component to any electronic device that requires the storing of electrical energy.

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