380LQ102M315K052

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Aluminum electrolytic capacitors are polarized electrolytic capacitors consisting of an anode made of aluminum foil, and a wet electrolyte made from a solution of boric acid. The anode a layer of oxide of varying thickness acting as the cathode. The wet electrolyte serves as an isolator and also functions as a dielectric. The aluminum electrolytic capacitor is the most commonly used kind of capacitor, and its uses are very varied; from filtering unwanted signals in audio systems, to providing AC ripple smoothing in voltage converters, to providing energy storage and voltage boost in inverters, and even in basic consumer products such as portable radios.

380LQ102M315K052 is an aluminum electrolytic capacitor with radial lead terminals and a case size of 10 x 20 mm. It has capacitance of 100 mF and a rated voltage of 315 V. The capacitor belongs to a series of high ripple current performance, general purpose aluminum electrolytic capacitors.

The main application of 380LQ102M315K052 is as a filtering capacitor in audio and video equipment and in power supplies. The capacitor can also be used in any situation where a large volume of capacitance is needed in a small space. It is noteworthy that the capacitance of a 380LQ102M315K052 is significantly larger than similarly sized ceramic capacitors, allowing it to fill the same applications while needing a smaller physical footprint.

380LQ102M315K052 works by utilizing the Faraday principle. The anode of the capacitor is made of aluminum, which acts as an electrode, allowing current to flow when charged with voltage. This current causes the metallic electrolyte between the anode and cathode to become polarized, producing a capacitance effect. This effect blocks DC current, while allowing AC currents to pass through, making the capacitor suitable for filtering applications.

In conclusion, the 380LQ102M315K052 is an aluminum electrolytic capacitor which has a wide application range. It is mostly used for filtering out unwanted signals in audio and video equipment, but can also be used in power supplies, and other applications needing high capacitance in a small form factor. Its working principles are based on the Faraday effect, which involves current flowing between the two electrodes and the electrolyte becoming polarized, producing a capacitance effect that blocks DC current, while allowing AC currents to pass through. This makes the capacitor suitable for its applications.

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