EEE-FT1E470AR

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Aluminum electrolytic capacitors are a type of capacitors that use an electrolyte, typically an organic solvent containing ions, as one of its plates to achieve a larger capacitance per unit volume than other types of capacitors. This class of capacitors was invented in the late nineteenth century and are now widely used in a variety of electronic applications.

The EEE-FT1E470AR, an aluminum electrolytic capacitor, is an uncommonly used capacitor, mainly due to its high cost and relatively low capacitance. This particular capacitor is used primarily in applications that require low leakage currents and high temperature stability. As a general guideline, most EEE-FT1E470AR capacitors are designed for applications that run at temperatures up to 105C.

The EEE-FT1E470AR capacitor is constructed of an aluminum can with a non-solid electrolyte, called a surface mounted tantalum or polyethylene oxide-based wet electrolyte. This electrolyte allows for the capacitance to be increased over a solid, indicating that the capacitance of an EEE-FT1E470AR capacitor is greater than a solid capacitor of the same size. The life span of an EEE-FT1E470AR capacitor is greater than other aluminum electrolytic capacitors, as the wet electrolyte can withstand higher temperatures.

The working principle of an EEE-FT1E470AR capacitor is based on the electrostatic field created by the positive ions and the negative ions when they are placed in a solution of electrolyte. These ions are attracted to each other and form a kind of bond, which then permits electrons to move between them. This movement of electrons creates an electric current and therefore stores electrical energy, which is the same principle used in all capacitors.

In conclusion, the EEE-FT1E470AR capacitor is designed to provide a variety of applications with a source of long-term reliable capacitance and leak current. This makes them ideal for high temperature and power sensitive applications, including those that operate in harsher environmental conditions. As their construction includes a non-solid electrolyte, it allows for a greater capacitance and a longer life span compared to solid electrolytic capacitors. The working principle is based on the same concept as all capacitors and involves the attraction between the positive and negative ions in a solution to form an electric current.

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