39D198G015GL6

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Aluminum electrolytic capacitors are widely used in electronic circuits because they possess some very desirable characteristics. They are generally small in size and have a relatively high capacitance for their size compared to other types of capacitors. In addition, they can be easily obtained and are very affordable. The 39D198G015GL6 aluminum electrolytic capacitor is no exception. In this article, we’ll take a look at the application field and working principle of this capacitor.

The 39D198G015GL6 aluminum electrolytic capacitor is primarily used in power supplies and DC-DC converters. It is particularly well suited for these applications because of its ability to provide stable and ripple-free power. It is also especially useful in applications where high inrush currents are anticipated due to its high levels of capacitance and low ESR. This makes it ideal for use in most power supply designs, including those used in inverters, motor drives, and many other types of power electronics.

The working principle of the 39D198G015GL6 aluminum electrolytic capacitor is based on a combination of capacitance and electrolysis. The capacitor is constructed from two thin aluminum foils that are dipped in electrolyte and wrapped around a central core. The core acts as an insulator between the two foils while an applied voltage causes a current to flow between them. This current creates a charge buildup on the two foils, forming a capacitance between them.

The capacitance of the 39D198G015GL6 aluminum electrolytic capacitor primarily depends on the surface area of the foils, the thickness of the foils, and the type of electrolyte used. The electrolyte also affects the leakage current of the capacitor, which is a measure of the capacitor’s ability to contain charge over time. The amount of leakage current also determines the useful life of the capacitor and its ability to withstand surge currents.

The 39D198G015GL6 aluminum electrolytic capacitor can be extremely useful in a variety of applications. Its high capacitance, low ESR, and long service life make it particularly well suited for steady-state power supply and converter designs. It can also be used to provide very high levels of surge current protection and is suitable for many different types of power electronics applications.

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