SLP222M100H3P3

Aluminum Electrolytic Capacitors

An aluminum electrolytic capacitor is a type of capacitor that utilizes an aluminum foil as a type of anode, and an electrolyte solutions as the type of cathode. These capacitors are used in electronic circuitry to store electrical energy and act as filters or couplers.

The SLP222M100H3P3 is an aluminum electrolytic capacitor that is designed and produced by a Chinese manufacturing company called Shenluo Environmental Technology. It is primarily used in high-frequency switching power supply applications and in controlling and regulating power and electrical signals that are produced by various electronic devices.

Application Field

The SLP222M100H3P3 is an effective capacitor for a number of different applications, including but not limited to high-frequency switching power supply, LED lighting power supplies, industrial control, communication, aviation, automotive, medical, and computer applications. Additionally, the capacitor has a very high ripple current, which can be beneficial in areas that need to maintain a consistent and smooth electric current flow.

Working Principle

The SLP222M100H3P3 utilizes an electrolytic capacitor to store electrical energy and then selectively let the energy to flow only when necessary. This is done by the capacitor using two separate systems. The first consists of two aluminum foils enclosed in a non-permeable casing and is separated by a paper-like porous material that has been impregnated with the electrolyte solution.

The second system is composed of a special inert gas that has been charged with an electric voltage, which is then stored within the two aluminum foils. When the capacitor is presented with a device that requires electrical energy, the electrolyte solution will act as a dielectric and allow the electricity to flow between the two aluminum foils, creating a circuit that the device can draw from.

Conclusion

The SLP222M100H3P3 aluminum electrolytic capacitor is a reliable and compact component that is perfect for a variety of applications. Its ability to sustain a high ripple current and to store and regulate electrical signals make it a great choice for electronics that require reliable and lasting power sources.