EMVE160ADA101MF55G

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Aluminum electrolytic capacitors encompass one of the largest families of capacitors available in the electronics marketplace. These components can range in different sizes, voltage ratings, lifespans, and many other parameters, which makes them incredibly versatile and applicable to many different areas. This article will focus on the EMVE160ADA101MF55G aluminum electrolytic capacitor and its relevant application fields and working principles.

Description: The EMVE160ADA101MF55G is a molded aluminum Electrolytic capacitor, with a standard cylindrical case. The device is rated with a voltage of 160 volts and a capacitance of 1.0µF with an allowable tolerance of ±20 percent. In addition to the standard parameters, it is also notable for its long life, high-temperature performance, ensuring excellent electrical parameters and reliability.

Application Fields: Due to its high quality assurance, it is recommended for use in a variety of different application fields. Commonly seen applications of the EMVE160ADA101MF55G include power supplies and other electronic products, such as medical equipment, office automation equipment, radiological equipment, power tools, audio and video systems, measuring instruments, and communications systems.

Working Principle: The EMVE160ADA101MF55G is a type of polarized capacitor and utilizes what’s known as an electrolytic process. In this electrolytic process, the EMVE160ADA101MF55G has two alternating layers that are an anode and a cathode. These two alternating layers are separated by a dielectric material, which creates an electric field that can store energy.

The positive anode layer of the EMVE160ADA101MF55G is made of aluminum, which makes for a perfect host for the electrolyte—usually a solution of boric acid. Through the application of a voltage or current, the electrolyte helps to form a layer of metal oxide on the surface of the aluminum anode—which acts as the dielectric medium. The process creates an incredibly thin layer, but it is incredibly strong.

Since aluminum electrolytic capacitors utilize a dielectric medium to store energy, they are highly susceptible to a phenomenon known as “dielectric absorption.” This occurs when the capacitor holds an additional charge, which is not in equilibrium with what was originally stored. To avoid this phenomenon, it is a good practice to discharge the capacitor before you remove it from the circuit.

Conclusion: The EMVE160ADA101MF55G aluminum electrolytic capacitor is highly sought after for its high-temperature performance and long shelf life. It is a popular choice for a variety of different application fields, such as power supplies and medical equipment, due to its excellent electrical parameters and reliability. In addition, the EMVE160ADA101MF55G utilizes an electrolytic process, which involves the formation of an incredibly thin and strong layer of metal oxide on the aluminum anode. Although this process is beneficial, it must be handled carefully to avoid the phenomenon known as “dielectric absorption.”

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