EKMG201ELL100MJ16S

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Aluminum electrolytic capacitors are widely used in the industry for a variety of tasks such as energy storage, filtering, and impedance matching. The purpose of this article is to analyze the application field and working principle of EKMG201ELL100MJ16S aluminum electrolytic capacitors in order to better understand how they can be deployed in various types of circuits.

EKMG201ELL100MJ16S capacitors are snap-in type capacitors designed with an extended life-span. These capacitors are made with aluminum foils and have wet electrolyte. The extended life-span of these capacitors is due to effective stress relaxation due to its design. As a result, these capacitors can withstand high temperature, low temperature, and even higher temperature cycling.

The application field of EKMG201ELL100MJ16S aluminum electrolytic capacitors is quite broad. They are primarily used as filters, energy storage, and impedance matching. They are also often used in audio systems, LED drivers, power converters, and DC/DC converters. In addition, they can be used in computing and telecommunications equipment, automotive electronics, and other industrial/consumer electronic equipment.

The working principle of EKMG201ELL100MJ16S capacitors is based on the phenomena of electrolytic doping. The capacitor is constructed with two aluminum foils. The anode foil is etched with a pattern that effectively increases the surface area for electrolyte molecules. The cathode foil is undamaged. The electrolyte is then applied causing charged molecules to enter the etched pattern and reduce the effective capacitance. This is known as the capacitance decrease method. The anode foil is then polarized causing negative ions to enter the electrolyte and further reduce the effective capacitance.

EKMG201ELL100MJ16S aluminum electrolytic capacitors are highly versatile components that can be used in a variety of applications. Their extended life-span allows them to be used in applications where longer-term reliability is required. This is due to their ability to tolerate extreme temperatures, vibrations, and even higher temperature cycling. Understanding the application field and working principle of these capacitors is important for designers when deciding whether or not they should be used in a given system.

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