EEV-TA1E470P

Aluminum electrolytic capacitors are components of electric circuits that are used to store and regulate electrical charges. Commonly used in many electronic and other electrical applications, these capacitors offer reliable performance, at a reasonable cost. The EEV-TA1E470P is an aluminum electrolytic capacitor specifically developed for use in a variety of applications where a higher level of reliability is needed. This article will go over the various application fields and working principles of the EEV-TA1E470P.

Applications

The EEV-TA1E470P is primarily used in industrial applications. Commonly associated with the direct current switching of motors and power switching circuits, this capacitor can also function in the voltage stability of controlled rectifiers and the frequency stabilization in DC-AC converters. The capacitor is also suitable for the smoothing current in amplifiers, signal processing circuits, regenerative systems, and load handling systems.

One of the most notable applications of the capacitor is in the energy storage and power conditioning space. It can be used in such applications as UPS systems, battery back-ups, voltage regulators, inverters, AGM batteries, and power conversion devices. Also, because of its high voltage rating and robust performance, the EEV-TA1E470P is excellent for use in medical imaging equipment, communications networks, fan motors, security systems, and more.

Working Principle

The EEV-TA1E470P capacitor works on the principle of an electrolytic capacitor. It consists of two aluminium plates separated by a dielectric and sandwiching an electrolyte. The dielectric is a layer of metal oxides that functions as a separator and enables the capacitor to store an electrical charge. When the capacitor is connected to a DC power supply, its anode plate distributes anions in the electrolyte, which then meets and forms a layer of cathodic oxide onto the opposite side of the dielectric. The anode oxide then becomes a negative pole, the electrolyte acts as a medium, and the cathode oxide becomes a positive pole. This creates a capacitor with a very high electric field and enables it to store up a large amount of electrical energy.

The electrolytic capacitor’s capacity is related to its size. As such, when choosing the right capacitor for an application, the size and capacity of the EEV-TA1E470P capacitor should be looked at closely. The EEV-TA1E470P has a voltage rating of 35V (DC) and a capacitance of 470µF. This is higher than most typical capacitors and it is able to handle large currents without shorting. Additionally, because of its high-temperature tolerance, the capacitor is able to remain stable even when working under extreme temperatures.

Conclusion

The EEV-TA1E470P aluminum electrolytic capacitor offers reliable performance and is an excellent solution for a variety of applications. Its anode oxide layer of cathodic oxide makes it able to store an electrical charge, and its high voltage rating, robust performance, and high temperature tolerance make it one of the best capacitors on the market. From motor switching to energy storage to medical imaging equipment, the EEV-TA1E470P capacitor is the perfect choice for many industrial applications.