UVR1A223MRA6

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Aluminum electrolytic capacitors are extensively used in various devices in order to store electrical energy for a certain amount of time. They are generally constructed using two metal plates covered by an electrolyte solution and sealed together with an insulating material. The UVR1A223MRA6 is an example of an aluminum electrolytic capacitor.This capacitor is an ideal choice for applications in which the low equivalent series resistance (ESR) and high ripple currents are necessary. This is made possible due to its large capacitance values, relatively low ESR, and strong dielectric films.When it comes to construction, the UVR1A223MRA6 features a dissimilar pair of anode and cathode plates, which is what increases its capacitance values while lowering its ESR. In total, the model has an operating temperature range of -55 to +125 degrees Celsius, a 2.2v rated voltage, and a maximum ripple current power dissipation of 350mA.The working principle of the UVR1A223MRA6 is fairly straightforward. When a voltage is connected across the capacitor plates, it causes the plates to generate a static electric field, which then attracts ions from the electrolyte solution. These ions create an electric double layer between the plates, resulting in a capacitance.So when it comes to applications, the UVR1A223MRA6 is mainly used in high-frequency switching applications such as high-speed switching circuits and DC-DC converters. Its performance makes it ideal for applications such as electronic ballasts, power supplies, and inverter circuits.The UVR1A223MRA6 is an impressive aluminum electrolytic capacitor that is ideal for applications that require low ESR and high ripple currents. It features an impressive set of specs, such as a maximum ripple current power dissipation of 350mA and a 2.2v rated voltage. As for its working principle, it involves attracting ions from the electrolyte solution in order to generate a static electric field, thus resulting in a capacitance. All in all, the UVR1A223MRA6 is an excellent choice for a wide range of applications where high frequency switching is required.

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