80MXC5600MEFC35X40

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Aluminum electrolytic capacitors are widely used in many electronic applications due to their high energy density, reliable performance, and excellent voltage withstanding capabilities. They are available in various sizes and capacitance values to meet the needs of various applications. The 80MXC5600MEFC35X40 is a type of electrolytic capacitor that is widely used in high power applications.

This aluminum electrolytic capacitor consists of an anode made of a highly porous aluminum foil, an electrolyte solution, and a cathode made of tantalum or aluminum foil. The electrolyte stored in the device is a mixture of water, gels, or oils. The cathode is the region where electrons are generated and travels through the anode, which is made of porous aluminum foil.

The capacitance value of the 80MXC5600MEFC35X40 depends on the size of the anodic and cathodic foils. It can achieve a maximum of 5600μF and has a working voltage of 200V. Its excellent voltage withstanding capabilities are due to its unique structure that prevents charge from flowing back into the anode. Additionally, it is temperature-resistant and can withstand temperatures up to 105℃.

The 80MXC5600MEFC35X40 is mainly used in the industrial, power converters, HVAC equipment, UPS systems, and large power supplies. It can also be used in audio and video integrated systems, automotive electronics, LEDs, and motor drives.

The working principle of the 80MXC5600MEFC35X40 is based on Faraday’s law. According to Faraday’s law, an electric field will be generated when a current flows through the capacitor. The current passing through the capacitor will cause the electrical charges to collect within the anode and cathode of the device. This will result in an electric field between the anode and the cathode. The electric field will create an electric potential between the two terminals, resulting in a capacitance.

The 80MXC5600MEFC35X40 is an important device used in many high power applications due to its high energy density, reliable performance, and excellent voltage withstanding capabilities. Its large capacitance value enables it to withstand high voltages making it suitable for a range of power applications. Additionally, its temperature-resistant design ensures it is capable of withstanding temperatures up to 105℃.

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