EKYB250ELL151MF11D

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Aluminum electrolytic capacitors, also known as aluminum-electrolytic capacitors, have a variety of applications, from commercial to scientific, and there are many different types available. The EKYB250ELL151MF11D aluminum electrolytic capacitor is a belled-type capacitor composed of aluminum oxide and electrolyte, with high power and long life characteristics.

Because of their unique construction, aluminum electrolytic capacitors are incredibly useful for a variety of different applications. The EKYB250ELL151MF11D is well-suited for applications that require operating temperatures between -55° C and +105° C, and has excellent characteristics for use in other harsh working environments such as high vibration and EMI/RFI. It also offers a range of voltage ratings, from 6V to 450V, as well as a wide capacitance range, from 22000 μF to 0.047 μF.

The EKYB250ELL151MF11D aluminium electrolytic capacitor works by using an aluminum oxide layer that acts as the dielectric between two pieces of aluminum electrodes. The electrolyte, usually a liquid or gel, fills the pores of the oxide layer and increases its electrical conductivity. The two aluminum electrodes on either side of the oxide dielectric form a cylindrical can and provide electrical connection with the capacitor terminals.

In terms of its working principle, the EKYB250ELL151MF11D aluminum electrolytic capacitor works by harnessing the electrostatic force between the two electrodes to create electrical capacitance or a charge. When a voltage is applied to the capacitor, an electric field is created between the two electrodes and electric charges accumulate along the surface of the aluminum electrode and the dielectric. This increases the electrical capacitance of the capacitor and also reduces the total electric current that passes through the system, thereby providing significant energy storage capabilities.

Overall, the EKYB250ELL151MF11D aluminum electrolytic capacitor is a valuable component for many applications, due to its robust design and high voltage ratings. It is ideal for use in extreme temperature, high vibrations, and EMI/RFI environment, and can be used as an important energy storage component to provide significant energy storage capacity.

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