672D567H020ET5C

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Aluminum electrolytic capacitors, also known as electrolytic capacitors or electrolytic capacitors, are capacitors whose anode is made of aluminum foil and conductive film formed by anodic oxidation, and the cathode is an electrolyte solution. Compared with other types of capacitors, electrolytic capacitors have higher capacity and working voltage, and have become an indispensable component in various circuits.

672D567H020ET5C is a type of aluminum electrolytic capacitors, and its application field and working principle are closely related. In terms of application field, 672D567H020ET5C is mainly used in audio, video, communication and other fields. For example, this type of capacitor is usually used in the avionics of modern aircraft, which can help filter and stabilize the voltage in the electric circuit, control interference, and guarantee the stable operation of the circuit. In addition, it is widely used in portable devices to reduce power consumption and enhance the quality of audio and video.

In addition, the working principle of 672D567H020ET5C can be roughly divided into three stages. Firstly, when a certain direct current passes through the two poles of the aluminum electrolytic capacitor, an electric current forms an electric double layer film on the surface of the aluminum foil, which isolates the two poles and forms an electric capacitor. Secondly, when the capacitor is charged, the negative ions inside the solution are attracted by the electric field, and injected into the electric double layer film, which forms a single charged negative layer, while the positive ions are blocked outside and form an anode electric double layer. Finally, when the charged current is cut off, the electric double layer will be kept for a period of time, and the capacitance will remain the same.

In summary, 672D567H020ET5C belongs to aluminum electrolytic capacitors and is mainly used in audio, video, communication and other fields. The working principle of this type of capacitor can be roughly divided into three stages: forming electric double layer, charging and keeping electric double layer after charging termination.

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