36DY563F025BL2A

Aluminum Electrolytic Capacitors

36DY563F025BL2A is a type of aluminum electrolytic capacitors specifically designed for coupling, decoupling, filtering, and energy storage applications. Aluminum electrolytic capacitors operate on a similar principle as all electrolytic capacitors, using an electrolyte to create ionic charge separation and polarization within the device. In the case of aluminum electrolytic capacitors, the electrolyte is an aluminumed oxide film formed around a wound anode made from aluminum foil. This anode is surrounded by a cathode conductor made from a foil with a high conductivity.

The major benefit of aluminum electrolytic capacitors is that they pack a large amount of energy storage in a very small package. They come in much smaller sizes than competing technologies such as tantalum electrolytic capacitors and plastic film capacitors, and they offer much higher capacitance values for the same size. They offer a wide range of voltage ratings, but typically operate best in the range from 1.5 to 450 volts.

36DY563F025BL2A Application Field And Working Principle

36DY563F025BL2A aluminum electrolytic capacitors are specifically designed to provide low-resistance and high-frequency noise filtering in a variety of applications. One of the primary benefits of these capacitors is that they are very low cost to produce, allowing for cost-effective design and manufacture of electronic circuits. Common application fields include signal filtering, power supply bypassing, and decoupling. In addition, aluminum electrolytic capacitors are used for applications such as frequency tailoring, AC line bypassing, snubber circuits, and other energy storage needs.

In operation, the foil electrodes are polarized by an applied DC voltage. This applied charge creates an electric field that creates electric dipoles in the dielectric film, generating an electrostatic field that stores energy. During normal operation, electric current flowing between the anode and cathode induces a potential within the film, thus allowing the capacitor to act as an energy storage device. As the applied voltage varies, the polarization of the dipoles within the film varies, with the capacitance and charge storing capacity of the capacitor changing accordingly.

The combination of high energy density, high capacitance, and lowcost make aluminum electrolytic capacitors ideal for any application that requires an energy-storing device. They offer low-resistance and high-frequency noise filtering capabilities, making them suitable for applications such as signal filtering, power supply bypassing, and decoupling. In addition, they are available in various sizes and voltage ratings, allowing for customization to suit any specific application.