EEE-1HA470XAP Capacitors

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The EEE-1HA470XAP is an aluminum electrolytic capacitor made from a very thin, ultra-light foil of aluminum, that is capable of storing electrical energy in a chemically formed coating that occurs at its metal plate surface. This type of capacitor has several advantages over other types of capacitors. It is capable of storing many times more energy than other types of capacitors, making it the perfect choice for applications that require short-term, high voltage power storage. It also has significantly lower leakage than other types of capacitors.

One of the primary applications for aluminum electrolytic capacitors is with in power supplies. They are most commonly used as energy reservoirs in power supplies which are used to influence the output voltage. The EEE-1HA470XAP is capable of operating from -40oC to +85oC temperature range, making it suitable for most applications. It has extremely low ESR, meaning that it is stable and easily adjusted for use in power supplies and other applications.

Another common application for aluminum electrolytic capacitors is for filtering applications. They are used to filter out high voltage pulses and for improving system radiated EMI. They are also used in voltage regulators, controllers and instrumentation to provide precise regulation of power output in critical applications. In addition, they are also used in very high speed switching circuits.

The working principle of the aluminum electrolytic capacitor involves creating a chemical reaction between the plates and an electrolyte solution. This creates a solid electrolyte layer on the metal plate surfaces, which is capable of creating an electric field. The electric field then stores charge across the plates. When a voltage is applied to the plates, the amount of charge stored will depend on the voltage applied. This principle of operation allows the capacitor to store electrical energy and then release it, when required.

The EEE-1HA470XAP aluminum electrolytic capacitor is a very popular choice for many applications. Its high performance and low cost, coupled with its wide temperature range of operation, make it a cost-effective choice for many applications that require electrical energy storage and regulation.

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