350VXR470MEFC35X40

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Aluminum electrolytic capacitors are widely used in a variety of applications, due to their unique ability to store large amounts of electrical charge in a small package, far more than any other type of capacitor. The 350VXR470MEFC35X40 is a type of aluminum electrolytic capacitor which is highly sought after for many applications.

This particular type of capacitor has an electrolyte which is formed of an electrolytic jelly filled with a solvent, and a dielectric barrier of aluminum oxide.The aluminum oxide, which is a combination of oxygen and aluminum, is formed in-between two electrodes which act as terminals, hence the term ‘aluminum electrolytic’. The electrodes are constructed in the shape of a disk, containing a variety of thin layers which form an insulated core, and is surrounded by a metal-coated casing which acts as a shield against dust and contaminants.

The 350VXR470MEFC35X40 is ideally suited for high-temperature applications due to its construction and the use of an aluminum oxide dielectric material. It is capable of functioning from -25°C to +125°C and has an ESR value of 0.6R at the nominal temperature, although this can rise significantly at higher temperatures. This capacitor is also relatively small, with a size of only 35mm x 40mm, and has a minimum capacitance value of 470μF.

The main application for the 350VXR470MEFC35X40 is in the industrial sector, where it is used to store and regulate electrical energy in harsh or extreme environments. It is typically used in applications such as power supplies, power conditioners, switching power supplies, inverters and elevators. In addition, aluminum electrolytic capacitors are also used for dampening power supply ripple, filter control, and as resonance capacitors for high-frequency applications.

The working principle of all aluminum electrolytic capacitors is based on the concept of electrostatic charge. When an electrical voltage is applied across the electrodes, the difference in electrical charges present in the metal oxide dielectric layer creates an electrolytic field. This field further increases the amount of charge stored under the metal oxide layer, increasing the effective capacitance of the device.

The amount of charge stored by the 350VXR470MEFC35X40 can be manipulated by adjusting the voltage input, allowing the capacitor to provide different levels of electrical current depending on the application. This feature makes the device highly efficient, and enables it to successfully regulate the power input in various applications.

In conclusion, aluminum electrolytic capacitors have many advantages which make them ideal for many types of applications. The 350VXR470MEFC35X40 is an excellent example of an aluminum electrolytic capacitor, as it offers excellent performance and a very high capacitance in a small package. Its ability to regulate electrical current, even in harsh and extreme environments, make it perfect for industrial applications, and its working principle is based on the phenomenon of electrostatic charge.

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