ECE-A1HN100U

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Aluminum electrolytic capacitors are a type of polarized capacitor consisting of aluminum foils separated by paper or film dielectric and electrodes with a liquid electrolyte enclosed in a cylindrical case. ECE-A1HN100U, which belongs to aluminum electrolytic capacitors, is developed to meet the requirements of potential applications that are dependent on high performance, high quality and reliable aluminum electrolytic capacitors. This article will discuss the application field and working principle of ECE-A1HN100U.

Application Field of ECE-A1HN100U

ECE-A1HN100U is designed for consumer and industrial applications, such as power supplies, frequency converters, servo systems, etc. Performance parameters of this type of aluminum electrolytic capacitor, such as nominal capacitance, voltage rating, maximum leakage current, temperature range and life expectancy, represent the capability of this type of capacitors to meet various requirements of different applications. Therefore, ECE-A1HN100U is regarded as an applicable choice for a series of applications that need high performance, high quality and reliable aluminum electrolytic capacitors. As a result, ECE-A1HN100U is suitable for consumer and industrial application fields.

Working Principle of ECE-A1HN100U

ECE-A1HN100U is an aluminum electrolytic capacitor that works based on Faraday’s Law. It consists of two aluminum oxide dielectrics separated by electrolyte. It stores energy by forming a polarized electric field with a positive layer of charge of ions. The positive layer is formed inside the dielectric because of an anode oxidation reaction. The negative layer of charge is formed in the electrolyte.

A plate of anode is placed into the electrolyte and a small amount of current is applied to it. This will cause the electrode to oxidize and gain a layer of anionic charge. The ions move from the oxidized anode to the electrolyte, producing an anodic charge inside the dielectric. The amount of the current flow determines the amount of the anodic charge inside the dielectric, which is the storage capacity of the capacitor.

The positive ions and negative ions then attract each other and form a polarized electric field inside the capacitor, causing a potential difference across the two dielectrics. This potential difference is what allows the capacitor to store energy. The capacitor also has a voltage rating that determines the maximum potential difference across the dielectric.

Conclusion

ECE-A1HN100U is an aluminum electrolytic capacitor developed for customer and industrial purposes. It has various performance parameters to meet the requirements of different applications, making it applicable for any purpose that requires high performance and reliability. Its working principle is based on Faraday’s Law, in which a polarized electric field is formed between two dielectrics by applying a current and the potential difference across the dielectrics determines the capacitance of the capacitor.

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