E36D401CPN432TED0N

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Aluminum electrolytic capacitors, also known as aluminum electrolytic capacitors, are widely used in various electronic equipment, and are active electronic components. Such as E36D401CPN432TED0N capacitors, each of these capacitors consists of two metal areas separated by a dielectric, which can act as a filter, smoothing effect and anti-interference effect on the electronic equipment. In this section, we will discuss the application field and working principle of E36D401CPN432TED0N aluminum electrolytic capacitors.

Application Field

In general, E36D401CPN432TED0N aluminum electrolytic capacitors are used in many types of electronic equipment, such as mobile phones, televisions, computers, etc. They are also used in communication and network equipment and other automatic control systems. Specifically, E36D401CPN432TED0N aluminum electrolytic capacitors can be used in high-frequency power supply systems, filter circuits, audio devices, voltage regulators, timing circuits, motor speed controls, camera shutters and high-voltage water treatment systems.

Working Principle

The basic structure of E36D401CPN432TED0N aluminum electrolytic capacitors is an area where electrons can move freely. The cathode of the capacitor electrodes is made of aluminum and one side is etched out, and the pores are filled with an electrolyte such as manganese dioxide. Between the positive pole and the negative pole, there is an oxide film structure, which acts as a dielectric. When applying a voltage across the two poles, the oxide film becomes a dielectric, and the capacitor acts as a filter device.

When a voltage is applied between the poles of an aluminum electrolytic capacitor, an electric field is generated. Since the oxidized film acts as an insulator, electric current will not flow. However, the electric field has the effect of attracted free electrons in the cathode. Thus, a small amount of current will flow through the electrolyte, resulting in electrolysis.

In order to store more charge, electrolysis is conducted in the electrolyte layer so that more electrons are filled in the anode. Then, the area between the positive and negative poles of the capacitor will become a space that stores electric charges. This increases the capacitance and improves the performance of the capacitor.

Conclusion

In summary, E36D401CPN432TED0N aluminum electrolytic capacitor has wide application in many electronic equipment. The working principle of this capacitor is that the electric field generated between the positive and negative poles of the capacitor will attract free electrons and store them, which results in increased capacitance and improved performance.

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