LGY1K182MELZ35

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Aluminum electrolytic capacitors are polarized capacitors with large capacitance values. A dielectric layer of aluminum oxide separates two electrodes. The ox hide serves as the dielectric, and is formed directly over the surface of the anodized aluminum, which acts as the second electrode. These capacitors are spherically shaped and they store electrical charge within a sheath of aluminum oxide.

LGY1K182MELZ35 is an aluminum electrolytic capacitor device, specially designed to offer high capacitance values in a variety of customized package arrangements. It has two models – through-hole and surface-mount, with a range of capacitance values from 2.2uF to 100uF and a maximum operating temperature of 105 degree Celsius. The terminals are made from zinc-plated steel or copper, and provide maximum durability against environmental effects.

The application field of LGY1K182MELZ35 is wide, with motors, stereo devices, speakers, lighting controls and high sensitive devices being its most common applications. The devices are favored for use in automotive and industrial applications, as they are able to resist harsh environmental conditions and vibration with their snug fit. The through-hole construction allows improved heat dissipation when compared to other models.

The working principle of LGY1K182MELZ35 is based on the fundamental property of capacitance. In a capacitor, the two electrodes are separated by an insulating layer. When a voltage is applied across the electrodes, electrical charge accumulates on the surface of the aluminum oxide layer at the anode. A corresponding opposite charge is accumulated at the cathode, thus creating the capacitor. The capacitance of this device is higher than other types due to its uniquely shaped anodized aluminum surface.

LGY1K182MELZ35 has broad application and is reliable enough to meet the stringent requirements of automotive and industrial applications. With its large capacitance values, it is capable of providing long-term electrical storage and smooth power delivery when compared to other types of capacitors. High durability, resistance to environmental stress and superior heat dissipation are some of the advantages offered by this device.

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