35USC8200MEFCSN22X40

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Aluminum electrolytic capacitors non-polar type, also known as polarized capacitors, are designed with an anode foil, a dielectric layer containing an aluminum oxide layer, a separator and a cathode, usually made of aluminum spirals and a wet electrolyte, and are mainly used for energy storage, power buffering, frequency filtering, decoupling, and signal coupling.
The 35USC8200MEFCSN22X40 is an aluminum electrolytic capacitor used for power electronics applications. It is a snap-in, cylindrical aluminum electrolytic capacitor with its capacitance rated in microfarads, and its rated voltage in volts. It is rated for a maximum working voltage of 200 VDC or 275 Vac, has an endurance of 1,000 hours at rated voltage, and has a capacitance tolerance of ±20%.
The unique feature of this aluminum electrolytic capacitor is its combination of high capacitance in a small space. This makes it ideal for applications where higher levels of capacitance and voltage are required in a limited space. It also offers good performance at high frequency and temperature ranges.
The 35USC8200MEFCSN22X40 aluminum electrolytic capacitor utilizes an aluminum oxide layer as its dielectric. This layer of aluminum oxide is formed by a process known as anodizing. During this process, a solution of aluminum, oxygen, and water is placed inside a container, usually a cylinder or dishshape. An electric current is applied to cause a chemical reaction between the aluminum, the oxygen, and the water. This reaction creates a thin, solid film of aluminum oxide on the anode.
The working principle of this aluminum electrolytic capacitor is based on the capacitance between the positive and negative electrodes. When a voltage is applied across the terminals, a polarized field is created. This field induces a charge onto the plates, which is equal to the applied voltage multiplied by the capacitor\'s capacitance. This charge is stored in the capacitor as an electrical voltage, and is released when the voltage is applied in the opposite direction. The rate at which the charge is released is dependent on the frequency of the applied voltage.
The application field of this aluminum electrolytic capacitor is wide and varied. These capacitors are widely used in power electronics, such as inverters, UPS systems, and motor control systems. They are also used in audio-visual systems, medical systems, and automotive systems. Additionally, these capacitors are used in lighting systems, security systems, and data acquisition systems.

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