39D268G015JJ6

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Aluminum electrolytic capacitors, also known as electrolytic capacitors, are polarized capacitors with tantalum, niobium and aluminum as electrodes. The 39D268G015JJ6 aluminum electrolytic capacitor has a variety of applications and a unique working principle.

Applications

The 39D268G015JJ6 aluminum electrolytic capacitors are primarily used as an electronic component in power supplies, computers, TVs, and in many other products that run on electricity. They are also found in lighting, telecommunications, mirror control systems, rectifying and inverting circuits, and more. In short, they are used in a wide range of electronic equipment, making it an important component.

The 39D268G015JJ6 also has a unique advantage as a power supply capacitor. Its construction consists of a rolled aluminum medium and a tantalum wire that can hold up to 15 Joules of energy. This puts the 39D268G015JJ6 aluminum electrolytic capacitor in a unique position, as this energy capacity is larger than the energy capacity of most other aluminum electrolytic capacitors.

Working Principle

An aluminum electrolytic capacitor is a significant electronic component, but only certain types of capacitors can function properly. The 39D268G015JJ6 aluminum electrolytic capacitor is a unique type because it is polarized. This has two meanings. The first is that it must be connected correctly and following the required polarity. The second is that its construction consists of two oppositely charged layers of material, a positive layer and a negative layer.

The negative layer is typically composed of an anode made of porous aluminum oxide film. The positive layer is composed of a cathode which also consists of an oxide film. Attached to the anode is a rolled aluminum medium and a layer of tantalum wire placed between them. When a voltage is applied, the capacitor is polarized and current travels from negative to positive creating an electrical field.

The oxidation layer of the anode helps prevent its electrolysis, minimizing the amount of current that passes through the capacitor. The result is that no current entering the capacitor can resist its leakage and escape, thus preventing electrolytic corrosion.

During the discharge process, the current passes from the positive to the negative layers, creating an electric field. This field interacts with the anode and the cathode and is then released as heat. The cathode is also the smallest product, which helps keep the capacitor’s temperature low and prevents overheating.

The combination of a large energy capacity and very low temperature makes the 39D268G015JJ6 aluminum electrolytic capacitor a unique component. It functions at an amazing level with excellent endurance and minimal thermal energy loss.

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