MAL205014472E3

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Aluminum electrolytic capacitors are among one of the most common electronic components used today, finding applications in a wide variety of electrical and electronic systems. The MAL205014472E3 is an aluminum electrolytic capacitor, and in this article we’ll discuss its application field and working principle.An aluminum electrolytic capacitor is a type of capacitor with an aluminum electrolytic separator between two conductors. The metal electrodes of the capacitor form an anode layer and a cathode layer. The anode layer is formed from a conductive layer of aluminum oxide and is where charge carriers move to and from. The cathode layer is formed from an electrolyte solution of aqueous acid or alkaline contained in a moisture impermeable container. The capacity of an aluminum electrolytic capacitor is determined by the surface area of the aluminum oxide layer.The MAL205014472E3 has a rated voltage of 200V and a capacitance rating of 4700µF. It is designed for general high frequency power supplies, and is commonly used in switching power supplies, adaptors, inverters, and lighting systems as a power storage device. It can also be used in various DC-DC converters where it acts as a filter device, or in AC-DC power converters to reduce EMI/RFI noise.The working principle behind the MAL205014472E3 aluminum electrolytic capacitor is simple. When voltage is applied across the terminals, the anode layer builds up a charge, while the cathode layer gets discharged. This creates a field of stored electrical energy between the two layers, and is how the capacitor stores energy and is able to filter signals. The two conductors also act as a barrier, allowing only the desired signals to pass through the capacitor.In conclusion, the MAL205014472E3 is a high-frequency, general-purpose aluminum electrolytic capacitor able to store energy and filter signals. It is used in a variety of electrical and electronic systems, such as switching power supplies, adaptors, inverters, and lighting systems. Its capacity is determined by the size of the aluminum oxide layer and it works by creating a field of stored electrical energy between the anode and cathode.

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