EMVY100GDA472MMN0S

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Aluminum electrolytic capacitors are widely used in various electronic device and circuit designs. The EMVY100GDA472MMN0S is one of them. As a solid-made aluminum electrolytic capacitor, it offers great electrical properties and a long lifespan.

The EMVY100GDA472MMN0S can be divided into two versions, one is the Type F format and the other is the Type G format. These two types of capacitors have different ways of connecting, but they can be used in the same applications. Generally, the EMVY100GDA472MMN0S is suitable for filter and power supply applications such as audio circuits, digital circuits and industrial electronics.

The main characteristics of the EMVY100GDA472MMN0S mainly include high capacitance, low impedance, high voltage rating, excellent frequency response as well as a wide temperature range. Thanks to these features, the capacitor provides higher performance compared to other capacitors. It can withstand high temperature and it is highly reliable.

The main working principle of the EMVY100GDA472MMN0S is the same as other aluminum electrolytic capacitors. It has two metal plates separated by an electrolytic medium which allows charges to travel through the medium. The electrolyte in the capacitor acts as an insulator, which controls the flow of electric current and also helps to maintain stable voltage. Since the EMVY100GDA472MMN0S has a higher voltage rating, it can be used in circuits with higher voltages.

The EMVY100GDA472MMN0S has a wide range of application fields. For instance, it can be used for signal filtering, power supply filtering, as well as voltage stabilization. In addition, it can also be used as a storage device. As it is a low-leakage capacitor, it is able to store the electric charge for longer periods of time.

In summary, the EMVY100GDA472MMN0S is an aluminum electrolytic capacitor designed for various electronic device and circuit designs, which has great features such as high capacitance, low impedance, and high voltage rating. It has a wide range of application fields, including signal filtering, power supply filtering, and voltage stabilization. Furthermore, it works by using an electrolytic medium to control electric current and maintain stable voltage.

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