B41458B8159M000

Aluminum electrolytic capacitors are highly useful components with a wide range of applications. The B41458B8159M000 is an aluminum electrolytic capacitor which has a maximum operating temperature of 125°C. This component is often used in motor drives, general purpose switching power supplies, and LED lighting control systems and offers benefits such as long life and high reliability.

The B41458B8159M000 is an axial-lead capacitor, which means that it has two terminals called anode and cathode that protrude from each side of a cylindrical body. The two leads are connected together with an electrolytic medium which acts as an insulator between the two wires. This medium is usually a conductive oxide layer which is capable of storing electrical charge.

The B41458B8159M000 has a capacitance of 8.159μF and voltage rating of 25 VDC. Its maximum ripple current is 4.2A and its equivalent series resistance (ESR) is 1.7 mmhos. When properly utilized, it can last up to 8000 hours and offers great performance for the user.

The working principle of this aluminum electrolytic capacitor is simple. When a potential difference is applied across the capacitor’s terminals, an electric current flows through an oxide layer which has been formed on the capacitors body. This causes a charge to be stored on each of the terminals. The charge will then remain on the capacitor until a larger electric field neutralizes it.

The B41458B8159M000 is primarily used for energy storage in circuits where high voltage, high current, and long life are desired. The long life is achieved because the process of electric current through the oxide layer regenerates the capacitor’s dielectric which prevents any damage due to prolonged usage. Other applications include DC power supplies, motor drives, LED lighting control systems, communications systems, and multiple audio amplifier circuits.

In summary, the B41458B8159M000 is an aluminum electrolytic capacitor with a capacitance of 8.159μF and voltage rating of 25 VDC. It is capable of providing a long life and high reliability when used in the appropriate applications. The working principle of this component is simple and it makes use of electric current flowing through a layer of oxide to store electrical charge on its terminals.