UKA0J472MHD1TO Capacitors

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Aluminum electrolytic capacitors, also called electrolytic capacitors, are components used in electronic circuits to store electrical energy temporarily. They are the most commonly used capacitor in electronics and operate in a similar manner to a battery. The UKA0J472MHD1TO is a type of aluminum electrolytic capacitor characterized by a high capacitance, reliable small size, and low equivalent series resistance (ESR).

In terms of its application field, the UKA0J472MHD1TO can be used in electrical and electronic equipment. It is widely employed as a part of power supplies and amps, as in the regulation of power and the stabilization of circuit waveforms. It can also be applied in the condition monitoring and filtering of radio communication systems, the clock ICs of computers and general-purpose ICs, and the clock of digital cameras and video cameras. In addition, the UKA0J472MHD1TO can also be used as an energy-storage device in the synchronous buck converters and boost converters of mainframes. In short, this type of capacitor can be found in nearly all kinds of electronic equipment.

In terms of working principle, the core of an aluminum electrolytic capacitor is made up of two Aluminum foil plates, which are isolated from each other by a thin dielectric oxide film. Formaldehyde that serves as the dielectric material and liquid electrolyte can be seen in its interior. When connected with a DC power source, electrons are drawn into the oxide film, which improves the capacitance value. Oxide films also act as a sandwich between the electrodes, and higher voltage can be obtained compared to conventional dry capacitors. In this way, the UKA0J472MHD1TO can electrically store and rapidly release large amounts of energy.

Simply put, an aluminum electrolytic capacitor will act as a source of current and voltage when it is connected to external circuit. Every time an AC is encountered, positive and negative charges will be generated and accumulated on each metal foil respectively. The capacitance of the capacitor is determined by the amount of adhesive force generated between these metal foils, whose value changes with the size and shape of the capacitor. This is why multiple capacitors with different capacitance values can be found on a single board laid out in a variety of areas.

Aluminum electrolytic capacitors, such as UKA0J472MHD1TO, are extensively used in today’s technology-rich environment. In terms of their application field, they are employed in electrical and electronic equipment, such as in power supplies and amps, the regulation of power and the stabilization of circuit waveforms, the condition monitoring and filtering of radio communication systems, and the clock ICs of computers and general-purpose ICs. In terms of working principle, the aluminum electrolytic capacitor consists of two Aluminum foil plates separated by a thin dielectric oxide film, which serves as the dielectric material and liquid electrolyte. Electrons are drawn into the oxide film when connected with a DC power source, which improves the capacitance value, providing reliable source of current and voltage.

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