MALIEYN07BA539C02K

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Aluminum Electrolytic Capacitors are electrochemical capacitors with a very high amount of capacitance per unit volume and typically incorporate a large screw terminal. They are made up of two aluminum foil electrodes separated by a paper impregnated with electrolyte. MALIEYN07BA539C02K is a type of aluminum electrolytic capacitor that is designed to provide excellent stability and reliability during operation.

The MALIEYN07BA539C02K aluminum electrolytic capacitors are designed to handle high voltage applications, up to a maximum of 390V. In addition, it is characterized by high ripple current and long shelf life. The low ESR of the MALIEYN07BA539C02K aluminum electrolytic capacitors make it ideal for applications requiring large capacitance and extremely low discharge rates.

The typical application fields of the MALIEYN07BA539C02K aluminum electrolytic capacitors include power supplies, high frequency noise suppression, and smoothing circuits. It is also ideal for use in DC/DC converters, motor drives, instrumentation, lighting, and aerospace equipment. Furthermore, its long-term stability, reliability, and wide temperature range make it suitable for a wide range of applications.

The working principle of MALIEYN07BA539C02K aluminum electrolytic capacitors is based on the property of electrolysis. The aluminum foil electrodes are charged with a negative and positive charge respectively, and the paper separator between them contains ions. These ions are attracted to the opposite charges, and therefore, an electric current flows between the two electrodes, resulting in a charge accumulation in the capacitor.

The aluminum electrolytic capacitors are one of the most reliable and commonly used capacitors available and are usually used in power supplies, audio equipment, and other high-voltage circuits. The MALIEYN07BA539C02K aluminum electrolytic capacitors offer exceptional performance, reliability, and stability during operation, and are a perfect choice for those looking for high voltage applications.

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