EEU-FM1V122L

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Aluminum electrolytic capacitors are the most common type of capacitor found in consumer electronics due to their wide range of available sizes and their relatively low cost. EEU-FM1V122L is an aluminum electrolytic capacitor that belongs to this class of components. It can be used in a variety of applications and implementations depending upon the requirements of the designer.

The EEU-FM1V122L aluminum electrolytic capacitor has a compact, space-saving 8 mm × 8 mm × 12.2mm dimension making it an ideal choice for applications requiring a limited amount of space. It is rated for voltage of 50V and features a high capacitance value of 470μF. Furthermore, the EEU-FM1V122L has a long plate life of 3000h at +105°C and long performance in high temperature environments of up to +125°C.

The EEU-FM1V122L is designed to perform in a range of applications, such as power supplies, bypass lines, and general-purpose circuits. In a power supply, the capacitor holds the voltage steady during dips in AC or DC voltage to ensure that the desired voltage is sent to the end product. In a bypass line, the capacitor blocks large amounts of AC current which would otherwise be shorted out, allowing more current to reach its destination in a more controlled way. In general-purpose circuits, it helps filter out high frequency noise at its terminals.

The structure of the EEU-FM1V122L aluminum electrolytic capacitor consists of a metalized aluminum foil, an anode foil, an electrolyte, and a sealing element. The metalized aluminum foil serves as the positive electrode or the anode, while the anode foil serves as the negative electrode or the cathode. Between the two there is held an electrolyte which serves to conduct a current when voltage is applied across the terminals of the capacitor. Finally, the sealing element helps to keep all the components together and to protect them from the environment.

The working principle of the EEU-FM1V122L is based on the principle of electrostatic storage, which was developed by Alessandro Volta in the 19th century. When a voltage is applied between the two foils, a current passes through the electrolyte, generating an electric field in between them. This electric field causes the outer surface of the anode to become positively charged and the outer surface of the cathode to become negatively charged. This charge imbalance then produces an increase in capacitance, which stores energy for later use.

In comparison with other types of capacitors, aluminum electrolytic capacitors such as the EEU-FM1V122L offer high capacitance values in a relatively small package and are highly reliable and efficient. This makes them the preferred choice for power supply, bypass line, and general-purpose circuits. Furthermore, the high temperature operation capability of these components makes them suitable for more demanding applications.

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