CGS402T350X3L

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Aluminum Electrolytic Capacitors are electrolytes in the form of aluminum oxide. They are used principally for signal coupling, bypassing, decoupling and filtering. But, they also find their use in an ever-increasing number of applications, most notably in power supplies and motor drives. The CGS402T350X3L in particular, is a low ESR type of capacitor that is especially well suited for power supplies, DC brushless motors, and similar applications. It can replace larger physical capacitors with the same capacitance and voltage ratings, which in turn can make it a more optimal choice for certain designs.

The CGS402T350X3L has a maximum operating voltage of 350V, and a maximum ripple current of 3A. This makes it well suited for applications such as PFC choke or boost chokes, where the inductor need a high core saturation current. It can also be used for high voltage applications such as LED lighting, LCD, and inverters. In addition to its high voltage rating, it also has a low ESR (Equivalent Series Resistance) of 0.3 ohms. This low ESR allows for better heat dissipation, and helps the capacitor run cooler, which further extends its life.

The working principle of the CGS402T350X3L is fairly straightforward and relies on the chemical reaction of the capacitor’s electrolyte with its plate to create an electrical charge. This charge is stored by the capacitor until it is released by an external circuit, then it is immediately dampened by the ESR. The capacitor is able to achieve a high capacitance rating with a relatively small footprint, which makes it useful in space-constrained applications.

In summary, the CGS402T350X3L is a low ESR type of aluminum electrolytic capacitor that is ideal for PFC choke and boost choke applications, LED lighting, LCD, and inverters. It is also well suited for high voltage applications because of its maximum operating voltage and low ESR rating. The capacitor’s working principle is simple: the electrolyte chemically reacts with its plates and stores the electrical charge until it is released by an external circuit. This makes it a great choice for space-constrained applications.

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