B41828A4109M

Aluminum electrolytic capacitors, sometimes called “electrolytic capacitors,” are capacitors that utilize an anode consisting of a metal that has been oxidized. An electrical current passes through the anode which causes the metal to oxidize and release electrons. This charge is then stored on the capacitor’s cathode, and is held there until needed. Commonly, aluminum electrolytic capacitors use aluminum as the cathode and aluminum oxide as the anode.

The B41828A4109M is a high-performance aluminum electrolytic capacitor, and is a good choice for a wide variety of applications including high-frequency circuitry, telecommunication equipment, and medical instruments. Its construction consists of an aluminum can filled with an electrolytic electrolyte solution that provides current for the oxidation of the aluminum, forming a network of aluminum oxide on the anode. This combination of metal oxide and aluminum is then connected to a common terminal.

The B41828A4109M is known for its excellent performance, including a low ESR (equivalent series resistance) and a wide temperature range. The low ESR of the capacitor helps to ensure a more uniform current flow across the entire component, resulting in improved efficiency. Additionally, the broader temperature range allows for greater flexibility when designing products in different environments.

The working principle of the B41828A4109M is that when a voltage is applied across the two terminals, the aluminum anode will start to oxidize and form an aluminum oxide layer. The oxide layer will create an electrical field that, when combined with the applied voltage, will store charge on the cathode terminal. When current or voltage is removed from the circuit, the electrons stored on the cathode will be released and the capacitor will return to its original state.

The B41828A4109M capacitor is an excellent choice for many applications due to its good performance and wide temperature range. Its low ESR ensures that the current flow is uniform across the component, resulting in improved efficiency. Additionally, its broad temperature range allows for greater flexibility when designing products in different environments. The working principle of this aluminum electrolytic capacitor is simple and effective, and its ability to store and release electrons as needed make it an attractive option for many different applications.