EMVJ160ADA470MF60G

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Aluminum electrolytic capacitors are electrical components that are widely used in electrical circuitry. They are typically constructed with two metal plates, separated by a dielectric or insulating material such as paper. The plates are connected to each other through an electrolyte solution which allows a certain amount of electrical charge to flow between them. EMVJ160ADA470MF60G, a member of aluminum electrolytic capacitors, is a polarized capacitor that holds especially high capacitance values in comparison with other capacitors in its class.

EMVJ160ADA470MF60G is often used in radio frequency, telecommunications, power electronics, consumer electronics, and automotive electronics applications where high capacitance and high voltage ratings are required. This capacitor type has a low impedance characteristic in high frequency. Some typical application environments are where low ESR (Equivalent Series Resistance) is necessary, for example, in charge and discharge circuits, ripple filters, and snubber circuits. Due to its large capacity, it is also very commonly used in the DC-DC power converter circuit.

With a large maximum working voltage up to 450V DC, EMVJ160ADA470MF60G offers a wide operating temperature range from -55°C to 125°C. It features a very small form factor, allowing for incorporation in the tiniest of PCBs (printed circuit boards). The extended lifetime of the product allows for use in long-term applications and heavy loads.

As far as its working principle is concerned, it works on the basic principle of dielectric displacement and electrochemical reaction. The dielectric displacement causes the metal plates to be polarized, leading to an increase in the voltage. Electrons then travel across the capacitor, and the electrochemical reaction produces an electric current.

In conclusion, EMVJ160ADA470MF60G is an aluminum electrolytic capacitor that has been specifically designed for applications wherein high capacitance and high voltage reliability are necessary. It offers a wide operating temperature range, extremely small form factor, and extended lifetime, allowing it to be used in various electrical applications where it can meet the power and performance needs of the user. Furthermore, its working principle is based on dielectric displacement and electrochemical reaction.

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