ELG107M400AQ3AA

Aluminum Electrolytic Capacitors: ELG107M400AQ3AA Application Field and Working Principle

Aluminum electrolytic capacitors are components made of four essential parts: an anode using aluminum foil, a cathode using an oxide layer, a liquid electrolyte, and an absorbent. These parts, in combination, result in a capacitor that offers several advantages, including a wide operating temperature range, high capacity and long lifetime even when subjected to large ripple currents.

ELG107M400AQ3AA Application Field and Working Principle

The ELG107M400AQ3AA is an aluminum electrolytic capacitor type with a wide range of different applications. Its long lifetime and high endurance mean it can be used in medical equipment, power supplies, computer circuits, audio amplifiers, and virtually any other application where reliability and safety of operation are essential.

The ELG107M400AQ3AA works by providing a large charge capacity in a small amount of space. This is accomplished due to the physical geometry of the capacitor and its construction materials. The anode is generally made of two layers of aluminum foil; these are separated by a non-conductive paper material known as a dielectric, while the cathode is composed of a layer of manganese dioxide, which acts as a sensitive electrode. The electrolyte is a liquid that helps with the creation of a majority of ions that are used to increase charge separation and therefore increase the capacitance. Lastly, the absorbent is used to store surplus electrolyte.

The ELG107M400AQ3AA’s wide range of applications and excellent performance characteristics make it an ideal choice for any application requiring high-quality aluminum electrolytic capacitors. The dependable and long-lasting performance of the ELG107M400AQ3AA makes it an essential component for engineers designing systems that accurately and reliably operate under any circumstance.