ELXV101ELL220MH12D

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Aluminum Electrolytic Capacitors

Aluminum Electrolytic capacitors are electrical components used to store energy in an electric field. These components are also used to filter out signal noise, reduce ripple, and act as a power supply regulator. The ELXV101ELL220MH12D is one such type of aluminum electrolytic capacitor.

ELXV101ELL220MH12D Application Field and Working Principle

The ELXV101ELL220MH12D is an electrolytic capacitor that provides both high capacitance value and low equivalent series resistance (ESR). This makes it ideal for various applications, such as smoothing AC ripple, filtering, and buffering surges. The capacitance range of ELXV101ELL220MH12D spans from 220 to 500 μF.

This type of capacitor uses a liquid electrolyte to store a charge. This liquid conducts a relatively low-resistance current that passes through the capacitor and generates an electric field across the plates. This electric field creates a separation of charge (with one plate having an accumulation of positive ions and the other having a build-up of negative ions) and stores the electrical energy. A carbon-impregnated resin block, or separator, prevents the electrolyte from leaking and short circuiting the capacitor.

ELXV101ELL220MH12D capacitors are typically used in Energy Storage and Motor Drive applications. In these applications, ELXV101ELL220MH12D capacitors are invaluable because they can store large amounts of current for a given size of the capacitor.

In addition, the high capacitance values of ELXV101ELL220MH12D capacitors also allow for the use of smaller capacitors in applications requiring smaller capacitor sizes but still requiring a high capacitance rating. This, in turn, reduces both the space and cost. Moreover, these capacitors boast an improved power rating compared to regular aluminum electrolytic capacitors.

Finally, ELXV101ELL220MH12D capacitors are also particularly suitable for applications where a high self-healing ability is required with low leaked current and low dielectric absorption. This makes these capacitors the perfect choice for applications where reliability must be maintained over extended periods of time.

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