108CKE016M

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Aluminum electrolytic capacitors (also known as AlCap, electrolytic, mica, or electric double layer capacitors) are a special type of capacitor that have a very high capacitance-to-volume ratio and are used in a wide range of applications. They are generally composed of two aluminum foil sheets with a thin, electrolytic material (often an alkaline electrolyte) between them. They can be used to store energy, filter out unwanted frequencies, improve signal-to-noise ratios, stabilize voltages, and act as voltage dividers.

One of the most popular AlCap products is the 108CKE016M, which is an electrolytic capacitor with a reduced equivalent series resistance. It features a long life expectancy and low dissipation factor, allowing for improved operating efficiency compared to other capacitors. The 108CKE016M has a rated capacitance value of 16,000 uF (microfarads), and a voltage rating of 400 volts (DC). This capacitor is considered a "standard spec" for many applications.

The 108CKE016M is designed for use in switching power supply applications, such as those found in computers, TVs and other electronic appliances. It can be used to provide a smooth, stable voltage source, improving the quality and performance of equipment. It can also be used in high frequency, high current applications, as it has a low equivalent series resistance which reduces loss of power. Additionally, the 108CKE016M is suitable for energy storage in ultra-capacitors, due to its high capacitance-to-volume ratio.

The working principle of the 108CKE016M is relatively simple. When a voltage source is attached to the positive and negative terminals of the electrolytic capacitor, a current is allowed to flow between the two terminals. This current creates an electric field, which then causes the molecules of the electrolyte material to rearrange themselves, forming a double layer between the two metal plates. This double layer creates a capacitance, which then stores energy in the form of an electric field.

The 108CKE016M is a popular and reliable choice for many applications, thanks to its high capacitance-to-volume ratio, long life expectancy, and low dissipation factor. Its wide range of uses, from high frequency, high current applications to energy storage, make it a versatile and useful component in any electronic system.

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