16YK47MTA5X11

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Aluminum electrolytic capacitors, also known as Al-electrolytes, are capacitors with an anode made of an aluminum foil with an etched surface and a paper separator saturated with an electrolyte. As a kind of polarized capacitor, they can store a large amount of electrical energy and release it instantly when it is later needed, allowing them to output high-voltage pulses which are extremely important for many, countless high-tech applications. 16YK47MTA5X11 aluminum electrolytic capacitor is one of the most widely used ones.

Applications of 16YK47MTA5X11 Aluminum Electrolytic Capacitors

This type of capacitor is a commonly found component used in various types of electronic equipment, such as TVs, computers, cellular phones, and fiber optic systems. It is mainly adopted when space is at a premium in these applications. In general, aluminum electrolytic capacitors are more suitable in a wide range of applications demanding greater power capacity and hi-energy resolution, as high-power and high-frequency devices typically require a large amount of energy stored and released in such a compact size. With decreasing component size comes greater energy-pulse efficiency, and that’s how 16YK47MTA5X11 aluminum electrolytic capacitors are often used in these squeezing size equipment.

Other typical applications include surge protection, power supply smoothing, energy storage, filtering, electron tube heating, and automotive electronics.

Working Principles of 16YK47MTA5X11 Aluminum Electrolytic Capacitor

The unique construction of an aluminum electrolytic capacitor, with its characteristics of a heavy and large dielectric, enables it to be used in many higher-power applications than other technologies. This type of capacitor mainly consists of an aluminum oxide layer, formed on a pure aluminum foils which act as the capacitor plates, with a sheet of paper or plastic as the capacitor dielectric. During the manufacturing process, electrolyte is added between these two capacitor plates and acts to increase the thickness and quality of capacitance. This electrolyte also acts as the electrical connector of the capacitor by providing a low-resistance connection between the two capacitor plates.

In addition, the aluminum oxide layer provides a permanent seal, protecting the capacitor from humidity, oxidation, and other environmental factors that may cause a breakdown or even malfunction, making aluminum electrolytic capacitors ideal for applications with limited space.

When it is operating, an electric current enters along the central connecting electrode of the capacitor, then flows through the capacitor plates and exits the capacitor via the side terminal. This process will accordingly charge the capacitor. Once the capacitor has stored the electric charge, it can then discharge the electric current to another system or component. However, due to the reversibility of electric current, the same capacitor cell can also absorb charge to store energy for later use.

Conclusion

In summary, 16YK47MTA5X11 aluminum electrolytic capacitor finds extensive application in various types of electronic equipment, due to their relatively small physical size and the ability to instantaneously release stored energy in the form of high-energy pulses. With great performance stability, reliability, and cost-effectiveness, these aluminum electrolytic capacitors become the components of choice for many applications.

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