ECO-S2DB471CA

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Aluminum electrolytic capacitors are energy components that store energy. They are widely used in various industries. The ECO-S2DB471CA aluminum electrolytic capacitors are no exception. They are powerful and have a wide range of applications. This article will discuss the application field and working principle of the ECO-S2DB471CA aluminum electrolytic capacitor.

Application Field

ECO-S2DB471CA aluminum electrolytic capacitors are mainly seen in applications such as electronic audio equipment, cars, mobile phones, household appliances, and game consoles. In the electronic audio equipment, the ECO-S2DB471CA capacitors can be used in the power and intermediate frequency amplifying circuits of power amplifying equipment, or to supply the audio frequency power, and so on. For cars, the capacitor can be found in the fuel injection system, ignition system, airbag system, and radio, all of which require accurate control and accurate current capacity. The mobile phone industry generally adopts the aluminum electrolytic capacitor with an expanded life and large capacity, and its large capacity is the most suitable for the mobile phone charger.

In addition, ECO-S2DB471CA capacitors are also widely used in household appliances. The main application is the electronic ballast for energy-saving lamps, which is mainly used in the driving circuit for energy-saving lamps. The capacitor can also be used in the switch-mode power supply that brings the switched frequency, rectifier, filter, limit, and other functions together.

Working Principle

The ECO-S2DB471CA aluminum electrolytic capacitor consists of three parts: a metal electrolyte, an organic electrolyte, and a pair of aluminum sheets. The anode of the aluminum electrolytic capacitor can not be bonded to the surface of the oxide film due to the electrolyte, and the oxide film needs to be activated. This is done with a pressure pulverization process in which a pressure of 10 tons/cm2 is applied to bond the anode and the oxide film tightly. The organic electrolyte is charged with a role of anion coating to make the capacitor’s current capacity increase. The capacitance of the aluminum electrolytic capacitor is determined by the amount of organic compound charged in the anode and the thickness of the oxide film.

All in all, the ECO-S2DB471CA aluminum electrolytic capacitor is a very practical and powerful energy component. It has a wide range of applications and can be used in a variety of industries, as discussed above. The working principle of the capacitor mainly depends on the combination of its three parts to store up the energy. The large current and stable performance make it a popular choice in modern electronics.

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