350KXF180MEFC35X20

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Aluminum electrolytic capacitors are a type of electronic component most commonly used as part of direct current applications. They are available in an array of physical sizes, voltage, and capacitance values and can handle both AC and DC voltages. Aluminum electrolytic capacitors are classified by various criteria including construction type, application field, and working principle. In this article, we will discuss the 350KXF180MEFC35X20 application field and working principle as an example of aluminum electrolytic capacitors.

The 350KXF180MEFC35X20 is a radial-leaded, axial-version, aluminum electrolytic capacitor. This capacitor consists of an anode wound from aluminum foil and a cathode wound from aluminum foil. It is a type of non-solid electrolyte capacitor that features an electrolyte gel or solid electrolyte. It is composed of two insulated electrodes separated by a thin coating of electrolyte, which allows ions to travel between them during the charging process. The capacitor can withstand high DC voltage applications, and has a high capacitance-to-voltage ratio due to its large number of layers.

The 350KXF180MEFC35X20 is suitable for applications such as peripheral motor drives, servo drives, industrial motors, and power generators. It is designed for stable frequency control and high performance. This capacitor offers higher reliability and longer lifetimes than traditional stand-alone capacitors. It is rated for a capacitance of 180uf and maximum DC voltage of 350V.

The working principle of the 350KXF180MEFC35X20 is based on the electric field created by a surface charge between the two electrodes. A voltage applied across the capacitor creates an electric field, which then causes the electric charges to travel between the two electrodes. This movement of electric charges creates an electric current, which stores energy in the capacitor. When the voltage is removed, the electric charges dissipate and the energy is released.

In summary, the 350KXF180MEFC35X20 is an aluminum electrolytic capacitor that is suitable for applications such as peripheral motor drives, servo drives, industrial motors, and power generators. It features a capacitance of 180uf and a maximum DC voltage of 350V. Its working principle is based on the electric field created by a surface charge between the two electrodes, and it is able to store energy in the capacitor when a voltage is applied across it. This type of capacitor is able to offer higher reliability and longer lifetimes than traditional stand-alone capacitors.

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