35YK3300M16X35.5

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Aluminum Electrolytic Capacitors refer to a type of capacitor that utilizes aluminum formed into a thin foil as its electrode. These capacitors have a wide range of applications due to their relative convenience and affordability, and can be found in almost any electronic device. The product in question for this article is the 35YK3300M16X35.5; the application field and working principle of this specific model will be explained in this write-up.

The 35YK3300M16X35.5 is classified as a large can-type electrolytic capacitor. This means that the enclosure is cylindrical in shape, and made of aluminum. These capacitors are suitable for applications that require high energy storage due to their size. Said applications might include power supplies, motor drives, inverters, and bypass circuits.

The 35YK3300M16X35.5 has a specified nominal voltage of 350 volts and a capacitance of 3.3 microfarads. Since this model has a purity of 4, it offers good reliability even at high temperatures or in a high-frequency environment. It is designed to be compact and lightweight, making it highly suitable for applications where space is limited.

As for the working principle of the 35YK3300M16X35.5, it operates through electrolysis. The main materials used in the construction of an electrolytic capacitor consist of a thin metal foil that is repeatedly rolled up and an aluminum cathode film. The thin metal foil is composed of the positive electrode terminal, and the running end is extended and immersed in an electrolyte solution.

When an external power source is applied, an electric field is generated between the two electrodes, resulting in the generation of a potential difference. The current flowing through the electrolyte solution creates a polarized electrical field inside the dielectric that causes charges to accumulate at the electrode interface. This accumulated charge produces a capacitance voltage on the capacitor, allowing energy storage.

In summary, the 35YK3300M16X35.5 is a large can-type electrolytic capacitor. This model offers good reliability and is suitable for applications that require high energy storage. Its working principle consists of the creation of an electrical field between two electrodes, resulting in the generation of a potential difference and the accumulation of charge at the electrode interface, eventually producing a capacitance voltage to allow energy storage.

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