UKL2AR15KDD1TD

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Aluminum electrolytic capacitors incorporate severaladvantages over other forms of capacitors. They offerhigh capacitance per unit volume in a very small space, arelower in cost than other forms, and have long lifespans.The UKL2AR15KDD1TD is an aluminum electrolyticcapacitor made by Panasonic. It has a rated voltage of10 volts and a capacitance of 150,000 microfarads.

The basic structure of the UKL2AR15KDD1TD is composedof two aluminum foils separated by an electrolyte. Eachfoil is insulated from the other and electrical currentpasses though the electrolyte. Capacitance is a measureof the amount of energy stored per unit charge. Capacitancevaries with the physical configuration and thecomponents selected. The UKL2AR15KDD1TD isdesigned to hold up to a maximum operating voltage of10V with a capacitance of 150,000 microfarads.

The UKL2AR15KDD1TD is primarily used in applicationswhere high capacitance density is required in a smallpackage, such as in portable electronic devices, automotiveelectronics, and other applications where a compact,efficient capacitor is necessary. In addition, the highcapacitance density and low cost of the UKL2AR15KDD1TDemake it ideal for applications where electrolyticcapacitors with high operating voltages are needed, such asthe power supplies of switching mode power supplies andpower converters.

The UKL2AR15KDD1TD aluminum electrolytic capacitoroperates according to the principle of electrolysis. In thisprocess, a current of electrons is passed through anelectrolyte that is composed of two electrolytes of differentionic charges. As the current passes through the electrolyte,charged ions from one electrolyte migrate towards theother electrolyte, depositing and dissolving a layer ofionic material, an insulator, atop the contacts of theelectrolyte. This layer of insulation is known as anelectrolyte layer, and the movement of ions alsocreates an electrical charge.

The electrical charge created by the movement of ions isstored in the capacitor, creating an electric field betweenthe two electrodes. This is the working principle of theUKL2AR15KDD1TD and similar aluminum electrolyticcapacitors. As current passes through the capacitor, anopposing electric field is created, resulting in a changein capacitance.

The high capacitance and small size of the UKL2AR15KDD1TD make it ideal for applications wherehigh capacitance density and low cost are required. It isalso an ideal choice for applications where a reliable,efficient capacitor is needed, such as in the power suppliesof switching mode power supplies and powerconverters. Its long lifespan and remarkable capacitymake it a top choice for engineers looking for reliable andcost-effective solutions.

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