B41789K7148Q001

Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are electronic components which are constructed out of two aluminum foil plates and a paper separator soaked in an electrolytic solution. They are widely used in consumer electronics because of their long lifetime, low cost, and small physical size. The aluminum electrolytic capacitor manufactured by B41789K7148Q001 is a high-frequency rated-type high-capacity electrolytic capacitor designed for applications in the fields of audio-video, automobiles, and digital products.

Application Field

B41789K7148Q001 aluminum electrolytic capacitors are specially designed for applications requiring higher frequency such as audio-video or digital product. They can also be used in conversations and motor controllers in automobiles, as well as many other electronic applications with varied frequency levels. These capacitors provide excellent noise suppression properties which make them outstanding for eliminating random spikes, ringing and other disturbances in electronic systems.

Working Principle

Aluminum electrolytic capacitors have two aluminum plates separated by insulating paper and immersed in an electrolytic solution. When a voltage is applied, the two plates attract electrons from the electrolytic solution which form a dielectric layer of oxide on the metal plates. This creates a space between the two plates and the capacitance thus formed provides the electronic connection. The capacitance of an electrolytic capacitor also depends on the surface area of the metal plates and the type of electrolyte used.

The B41789K7148Q001 aluminum electrolytic capacitors can withstand a higher voltage level as compared to the others of the same capacitance. This feature makes it suitable for audio-video, automobiles, and digital products which are more prone to sudden voltage variations. The capacitors offer improved reliability and excellent tolerance for higher frequencies.

Conclusion

B41789K7148Q001 aluminum electrolytic capacitors have proved to be an excellent choice for applications, such as audio-video, automobiles, and digital products, requiring higher frequency. Their construction and working principle makes them capable of reducing random signals, spikes, and other disturbances in an electronic circuit. They are reliable, offer a long service life, and come at an affordable price.