35YK1000M12.5X20

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Aluminum electrolytic capacitors are fixed capacitors, which have the same conductivity to electricity as liquid electrolytes. They are characterized as having a large capacitance in a small physical size compared with other types capacitors.

The 35YK1000M12.5X20 aluminum electrolytic capacitor is built with a 10mm diameter, 20mm height, and 12.6mm lead pitch conformal-coated case. The construction of this capacitor eliminates little lead spacing and improves heat dispersal. It is perfect for use in the medical field, such as MRI machines and other electromechanical components. This capacitor can also be used in high-powered audio, automotive, and power applications.

The working principle of the 35YK1000M12.5X20 aluminum electrolytic capacitor is based on the simple electrical model of a capacitor. It consists of two plates having an electrical connection that are separated by a dielectric material. The dielectric material can be either liquid or solid. In an electrolytic capacitor, the dielectric is made of an electrolyte, such as water or sulfuric acid, and is charged by exposing it to electrical current. As a result, a permanent electric field is developed in the electrolyte, which creates a stored energy charge. This energy charge is the capacitance of the capacitor.

The capacitance of the 35YK1000M12.5X20 aluminum electrolytic capacitor is determined by the size of the metallic foil plates and the type of electrolyte used. The foil plates are metalized with aluminum oxide to form a solid insulator. The electrolyte is then applied to the plates to create an electrical charge. This charge carriers stored in the electrolyte to form a dielectric between the plates, which acts as the capacitor itself. The cells can be connected in parallel or in series to increase the capacitance of the device.

In summary, the 35YK1000M12.5X20 aluminum electrolytic capacitor is an ideal solution for applications requiring a high capacitance in a compact size. Its working principle is based on the electrical model of a capacitor, where two metalized plates are separated by an electrolyte. As current is passed through, a charge is stored in the electrolyte to form a dielectric between the plates. This charge is the capacitance of the capacitor. Finally, the cells can be connected in parallel or in series to increase the capacitance of the device.

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