380LQ183M035K022

Aluminum Electrolytic Capacitors are widely used in various types of electrical and electronics equipment and systems. They are an essential component of any electrical system and are used to store energy, filter signals, and provide a signal source for specific applications.

The 380LQ183M035K022 aluminum electrolytic capacitor is designed with a low ESR and large capacitance for use in audio applications, such as capacitors for speakers, amplifiers and preamplifiers. It also has a high current rating, making it suitable for power amplifiers and large power supply circuits, as well as current-sense circuits and switched-mode circuits.

It is composed of two electrodes, an aluminum foil and a dielectric separator. The aluminum foil functions as a cathode and the dielectric separator forms an anode. When an electric current is applied to the capacitor, a layer of oxide forms on the aluminum foil, which serves as an insulation barrier between the two electrodes. This layer of insulation increases the capacitance of the capacitor, allowing it to store more energy.

The working principle of the 380LQ183M035K022 aluminum electrolytic capacitor is similar to that of other electrolytic capacitors. When the current is passed through the capacitor, a voltage drop occurs across the two electrodes, resulting in a residual voltage retained on the surface of the electrodes. This residual voltage increases in proportion to the amount of current passing through the capacitor. The amount of retained voltage is called the capacitor’s “end voltage”.

The 380LQ183M035K022 aluminum electrolytic capacitor is ideal for use in audio applications, as its low ESR and high current rating provide better performance and better sound quality. It is also well suited for use in power supply circuits and current-sense circuits, as it can store and release energy rapidly in order to provide a steady voltage and current output. It is also suitable for use in switched-mode circuits, as its low ESR and high current rating allow for more efficient power conversion.