UVR1J471MHD1TD Capacitors

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Aluminum Electrolytic Capacitors are among the most popular components encountered in electrical and electronic circuits. Their versatile nature and wide range of properties make them a preferred choice for many applications. UVR1J471MHD1TD is a type of aluminum electrolytic capacitor which has a particular application and working principle.

UVR1J471MHD1TD is an axial type capacitor and is primarily used in portable radios, phones, portable audio equipment, computers, and other devices which require a moderately large volume for the storage of power. Its operating voltage range is between 4-15V and it can work at a maximum temperature of 85℃, the maximum ripple current that can be tolerated by the capacitor is of 1.1A.

The physical dimensions of UVR1J471MHD1TD are 1.2x7mm and its rated capacitance is 470µF. A defining characteristic of these aluminum electrolytic capacitors is their polarized nature, which requires the anode and cathode connections to be properly established when used in a circuit.

The working principle of this component is based on Faraday’s Law of Electromagnetic Induction. This law explains how the electric potential difference between two points of a capacitor can be created when electric charge moves through a conductor. In the context of UVR1J471MHD1TD, a positive charge moves from the anode to the cathode. As it does so, electric charges accumulate on the two electrodes, creating a potential difference between them.

The amount of charge stored by the component depends on the size and material of its electrodes, as well as on the number of electrons that are injected during the charging process. As charge accumulates on the capacitor’s electrodes, electric energy is stored inside the component. When utilized in a circuit, this energy is released in the form of an electric current.

UVR1J471MHD1TD is a type of aluminum electrolytic capacitor which has a particular application and working principle. It is used primarily in portable radios, phones, portable audio equipment, computers, and other devices. Its operating voltage range is between 4-15V and it can work at a maximum temperature of 85℃. The rated capacitance of the component is 470µF and the maximum ripple current tolerated is of 1.1A. Its working principle is based on Faraday’s Law of Electromagnetic Induction and it relies on the movement of electric charge between the electrodes of its capacitance.

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