E32D800HPN393MDB7M

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Aluminum electrolytic capacitors are widely used in power electronics and industrial electronics, due to their high capacitance and low cost. The E32D800HPN393MDB7M is a 3-terminal, aluminum electrolytic capacitor featuring very low equivalent series resistance (ESR) and long service life. It is capable of providing a reliable power system for a wide range of industrial applications, including power systems, audio amplification, automotive electronics, medical electronics, and lighting systems.

The E32D800HPN393MDB7M is a cylindrical capacitor with a metalized anode and a vented cap. It is rated for a voltage of 250 volts and has a capacitance of 800 microfarads. This capacitor can reduce voltage and current spikes to increase efficiency in power-supply circuits. It is also useful in providing a constant source of current for high-frequency pulse applications. Additionally, this capacitor features an extremely low ESR, which helps to reduce power losses while providing stable current regulation.

The operating principle of the E32D800HPN393MDB7M is based on the electrochemical reaction that occurs between its metallic anode and aqueous electrolyte. The anode is passivated with a thin layer of oxide, and the electrolyte is formed by two aqueous solutions, a mixture of H2SO4 and H2O, and an organic solvent. The anode and the electrolyte form a thin dielectric oxide film, which gives the capacitor its high capacitance. This dielectric can store a large amount of charge and can then be discharged as a sudden burst of current into a load.

The E32D800HPN393MDB7M is commonly used in various industrial applications due to its high capacitance and low equivalent series resistance. It is primarily used in power systems, audio amplifiers, automotive electronics, medical electronics, and lighting systems. The capacitor is able to reduce power losses and voltage spikes, as well as providing a more efficient current and voltage regulation. Additionally, this capacitor is well suited for high-frequency pulse applications, as its extremely low ESR allows for a stable current regulation.

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