E37X501CPN392MFA5M

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Aluminum electrolytic capacitors are a type of capacitor that utilize an electrolyte, usually an organic solvent, as the dielectric medium between two aluminum foils with an oxide layer dielectric. Aluminum Electrolytic capacitors are widely used in communication and electronic equipment, such as computers, cell phones and radios.

The E37X501CPN392MFA5M is a product produced by Kemet Electronics Corporation with a high-powered aluminum electrolytic capacitor with a snap-in construction and a radial case. It features a maximum operating temperature of +85°C and a rated voltage of 160V. The capacitor is available in various sizes, lengths and capacitance ratings to meet the needs of different applications.

The E37X501CPN392MFA5M is mainly used for filtering, bypassing, coupling, and blocking in power supplies, and motor drives. It also assists in the relative regulation of pulse signals in high-voltage power supplies in order to control their width accurately.

The working principle of the E37X501CPN392MFA5M relies on the fact that the electrolyte of the capacitor contains positively charged ions, which are attracted to the inner surfaces of the aluminum foils. When a voltage is applied to the leads of the capacitor,the charges move towards the inner surfaces of the aluminum foils,attracting the hydrophilic ions of the electrolyte. This movementof ions creates an electrical field which is inversely proportional to the distance between the foils. This electrical field causes an accumulation of charges in the area between the foils, known as the capacitor\'s capacitance.

The E37X501CPN392MFA5M also contains a dry gel electrolyte, which serves as an insulating barrier between different internal layers of the capacitor. This is necessary in order to prevent leakage and to increase the capacitance rating of the capacitor.

The E37X501CPN392MFA5M is an ideal choice for filtering and bypassing applications in power supplies and motor drives, as it offers low ESR values and high capacitance ratings. It also features low self-discharge rates and improved temperature stability. Its snap-in mounting system also makes it suitable for use in a variety of applications.

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