M39006/25-0028

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Tantalum capacitors are widely used in various electronic circuits due to their high capacitance and low internal equivalent series resistance. Among them, M39006/25-0028 is a miniature axial capacitor with high capacitance and low dissipation factor, which is suitable for various frequency, temperature and voltage environments. This capacitor is particularly suitable for use in radio and audio frequency circuits, and its application in the field and working principle are as follows.

Application Field of M39006/25-0028:

The M39006/25-0028 capacitor is a miniature axial electrolytic capacitor with high capacitance and low dissipation factor. It is widely used in radio frequency, Intermediate frequency, audio frequency and power supply fields. In particular, it is suitable for high frequency, high temperature and high voltage operational environment.

Working Principle of M39006/25-0028:

M39006/25-0028 is a tantalum electrolytic capacitor with its own unique structure. Its internal structure consists of an anode, a dielectric layer, a cathode, and a sealed space with a liquid electrolyte. When the capacitor is in operation, the anode is charged positively and the electrostatic field formed between the anode and the cathode creates an electric charge in the dielectric layer, forming a capacitance. At the same time, protons in the electrolyte of the sealed space will be attracted to the cathode, and electrons will be attracted to the anode, forming an electric current through the electrolyte. The charge stored in the capacitance and the current generated by the electrolyte form a high frequency equivalent series resistance, thereby forming a high frequency capacitor.

Conclusion:

M39006/25-0028 is a miniature axial capacitor with high capacitance and low dissipation factor. Its wide application in radio frequency, intermediate frequency, audio frequency and power supply fields makes it popular in many electronic applications. Its working principle makes it capable of dealing with high frequency, temperature and voltage operational environment.

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