ALS80C163NF200

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Aluminum electrolytic capacitors, also known as “Al caps,” are the most common type of capacitor in semiconductor technology today. These components play an important role in regulating large power flows across the PCB and in aiding in frequency separation. They are found in both AC and DC circuits and are also useful in reducing the differences between high- and low-frequency components. However, without proper application knowledge and understanding, aluminum electrolytic capacitors can also deliver much higher than expected performance.

The ALS80C163NF200 is an aluminum electrolytic capacitor designed for a variety of different applications and power requirements. It offers a maximum voltage rating of 160V AC, 8mm lead spacing, and a temperature rating of -40°C to 125°C. The scope of application includes key automotive systems, display board/touch control panel, power circuits, and industrial systems.

The working principle of the ALS80C163NF200 is rooted in the nature of the material used to form its dielectric layer. An aluminum electrolytic capacitor consists of two aluminum plates which are each coated with a thin dielectric film. The dielectric film is formed by a reaction between the aluminum plates and an electrolyte that forms the electrical charge. The principle of the capacitor is that an electric current flows through the capacitor once the plates are charged, and the electrical charge on the plates create an electrical field within the capacitor.

What’s more, the ALS80C163NF200 is designed to maximize the efficiency of the capacitor for the application it is intended for. The design provides a precise dielectric layer which enables the capacitor to operate with a higher current capacity, longer life, and more uniform charge storage and release. For example, in automotive applications, the capacitor can reduce the size of automotive feedback circuits, reduce noise and EMI, and increase power efficiency.

In conclusion, the ALS80C163NF200 is an aluminum electrolytic capacitor designed for a variety of different applications. It combines its aluminum dielectric layer with an electrolytic solution to form a capacitor that can regulate and store large amounts of electric current. The design allows it to deliver maximum performance for a variety of applications including automotive systems, display board/touch control panel, power circuits, and industrial systems.

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