ELXZ160ETD470MEB5D

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Aluminum electrolytic capacitors are electrical components used in a variety of circuit design applications. These electrolytic capacitors are constructed of an anode, cathode, and inner electrolyte with a dielectric layer of aluminum oxide. The ELXZ160ETD470MEB5D aluminum electrolytic capacitor is a radial, aluminum case, electrolytic capacitor with a copper tinned termination plate and aluminum sleeves. It is extremely effective in offering secure and reliable energy storage.

As with most electrolytic capacitors, the ELXZ160ETD470MEB5D specializes in combining AC and DC current applications. They are typically used in high-performance electronics, like commercial lighting systems, radio circuits, power supplies, electronic ballasts, and professional audio equipment. The 470 microfarads (μF) total capacity allows for efficient energy storage, making it plenty suitable for inverter circuits, switching units, and vibration control systems.

The working principle of this aluminum electrolytic capacitor is based on the electrical properties of the capacitor’s electrolyte. When sufficient electrical current passes through the electrodes, a layer of aluminum oxide develops on the anode. This oxide layer functions as the dielectric, or insulator, in the capacitor, which supports the current in the anode. The layer of oxide also presents an oxide capacitance, allowing the capacitor to charge and discharge more rapidly than other capacitors.

The ELXZ160ETD470MEB5D is highly stable even in a wide range of conditions, thanks to a few key features. In addition to the oxide layer, the capacitor features an insulated shell, sealed end caps, and an epoxy fill. All of these features combined lead to greater insulation, minimal leakage, and higher temperature and humidity resistance.

The ELXZ160ETD470MEB5D aluminum electrolytic capacitor is a reliable component for a variety of applications. Its oxide layer forms a dielectric that can handle higher operating temperatures and humidity levels, and its high energy density makes it well-suited for more demanding applications. In addition, the capacitor’s design leads to enhanced insulation, low leakage, long-term stability, and high reliability. The ELXZ160ETD470MEB5D is a sound choice for nearly any circuit design application.

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