EEU-FC1E182

Aluminum electrolytic capacitors are an important component used in various electronic circuits. The EEU-FC1E182 is an aluminum electrolytic capacitor that is widely used for different applications in different industries. This capacitor has a variety of features that make it an ideal choice for many applications. In this article, we will discuss the application field and working principle of the EEU-FC1E182 aluminum electrolytic capacitor.

Features of EEU-FC1E182

The EEU-FC1E182 has a long life, low impedance, and high capacitance. It is composed of aluminum foil anode and cathode, aluminum foil separator, electrolytic paper, liquid electrolyte, and a metal housing. It has a cylindrical shape and is small in size, which makes it ideal for use in small electronic circuits. This capacitor has a maximum operating voltage of up to 50V and a capacitance of up to 2200µF. It also offers a wide temperature range of -55 ºC to +105ºC, making it suitable for use in a variety of applications.

Application Field of EEU-FC1E182

Due to its features, the EEU-FC1E182 find extensive usage in many different industries. First and foremost, it is extensively used in automotive industries for controlling the speed and torque of the engine. Also, it is used in medical equipment, where accuracy and stability in controlling and monitoring the operations is the primary requirement. Additionally, the EEU-FC1E182 can be used for power supplies in chargers and audio equipment. Finally, it can be found in photovoltaic systems and communications too.

Working Principle of EEU-FC1E182

The functioning of aluminum electrolytic capacitors is based on the Faraday principle. In this, a small electrical current is applied to a capacitor, and the electrolytic paper contained inside the capacitor absorbs the energy present. This energy builds up until a certain voltage is reached, and the capacitor begins to function. The energy is also maintained by preventing the circulation of electrons in reverse direction.

When the electric field strength created by the applied voltage exceeds the breakdown field strength of the insulating film between the aluminum anode and the electrolyte, current begins to flow. This current allows the formation of a metallic conductive oxide film on the anode, allowing current to flow. This oxide layer thickens itself over time, and when the absorbed energy is high enough, the oxide film begins to break down and the capacitor is discharged.

Conclusion

The EEU-FC1E182 aluminum electrolytic capacitor is a highly beneficial component used in many different domains. Its small size, long life, low impedance, and high capacitance make it an ideal choice for a variety of applications. Its working principle also makes sure that the capacitor is able to absorb and store energy efficiently, making it an efficient and reliable device.