380LX181M450K012

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Aluminum electrolytic capacitors, also called electrolytic capacitors, are components of an electrical circuit. These capacitors are made from an aluminum metal which is highly conductive and electrolytically formed in an organic solvent. In order to create a capacitor, aluminum electrodes, separators, and a dielectric material are combined. The electrodes are usually the two points where the capacitor leads are connected. One of these electrodes will usually be the anode and the other should be the cathode. A separator is a non-conductive barrier which is placed between the anode and the cathode in order to prevent electrical contact between the two. A dielectric material is a type of insulation which is placed between the two electrodes. Finally, an electrolyte is a solution which contains positively charged ions which are necessary in order for the capacitor to operate. These ions will travel between the two electrodes and form a weak electric current.

The 380LX181M450K012 aluminum electrolytic capacitor is a component which is designed to store electric energy. This capacitor is rated for a maximum voltage of 380V, a capacitance of 181μF, and a temperature rating of -40°C to 105°C. The maximum working voltage of the capacitor is 450V. It has a metalized paper dielectric, a low ESR, and a long life cycle.

The primary application field of the 380LX181M450K012 aluminum electrolytic capacitor is general purpose AC and DC power filtering. It is typically used in switchmode power supplies, uninterruptible power supplies, DC-DC converters, and transient voltage suppression. This type of capacitor is also suitable for filtering a variety of noise from dental equipment, medical equipment, controllers, computers, and telecommunication systems.

The working principle of an aluminum electrolytic capacitor is based on the principle of Faraday\'s law of electromagnetic induction. This law states that when an electric current passes through an inductor, it will generate a magnetic field. If the capacitor is charged between two electrodes, the magnetic field created by the current will induce an electric current into the dielectric material of the capacitor. This electric current will travel through the dielectric material and accumulate in the form of charge carriers. The charge carriers will cause the capacitor to store an electric charge or voltage.

In order for an aluminum electrolytic capacitor to work, the anode and cathode must be connected together and an electrolyte must be added. When an electric current is passed through the capacitor, the electrolyte will provide ions which will react with the anode. The reaction will cause the anode to oxidize, allowing electrons to be released. The electrons will then move to the cathode and form an electric current. The electric current will then flow through the capacitor and it will be stored in the form of an electric charge.

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