SH220M035ST

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Aluminum electrolytic capacitors are widely used components in various electronic equipment. The SH220M035ST belongs to this type of capacitors, typically used in the power supply system or rectifier circuit of high voltage application equipment. In addition, it is also widely used in medium and low voltage systems, having good performances in ripple current, endurance and other aspects.

  SH220M035ST capacitors consist of an anode and a cathode made of aluminum electrodes and an element consisting of an electrolyte and paper insulation. The anode and cathode electrodes are sealed in a can. The can of this capacitor type is printed with the symbol "|". The device terminal of this component is insulated with the casing.

The working principle of SH220M035ST capacitors can be explained as when a DC voltage is applied to it, oppositely charged ions are attracted into the capacitor with electric force. These charges form a strong electric field, and will attract the negative charge on the anode and the positive charge on the cathode. This produces an electric dipole that stores energy in the capacitor. Therefore, the capacitor can be used as a energy storage device.

In addition, the SH220M035ST capacitors are also widely used for circuit signal filtering, which can filter out high frequency noise, while allowing only low frequency signals to pass. The device is also mainly used in other applications such as frequency synthesizers, radio receivers, motor controls, etc.

The advantages offered by SH220M035ST capacitors are that it provides higher energy density due to its large surface area. It is also a reliable and durable component, and it is both oil and moisture resistant. Furthermore, it occupies a smaller volume than other capacitor types, which makes it advantageous for miniaturization applications.

Overall, SH220M035ST capacitors are reliable and highly efficient components used in various electronic applications. It provides high energy density and excellent performance, as well as small size and high reliability. Thus, it is suitable for different applications, making it a highly cost-effective choice.

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