RL80E561MDN1

Aluminum - Polymer Capacitors are electrical storage devices with an energy density that is much higher than traditional capacitors. The most commonly used type are electrolytic capacitors, which use electrolyte and two metal foils separated by a dielectric material. The RL80E561MDN1 is a type of Aluminum - Polymer Capacitor that combines the advanced electrochemical properties of electrolytic capacitors with the flexibility of polymer capacitors.

The RL80E561MDN1 is ideal for use in applications where space and installation flexibility are required. It is designed for a range of power supply, consumer electronics, and industrial applications, including DC/DC converters, personal computers, LED lighting, and automotive electronics. For these applications, it is often employed as a filtering capacitor in conjunction with other components such as inductors or transformers. The RL80E561MDN1 is also used in high-precision, mission-critical circuits such as medical implants.

The capacitance of an aluminum - polymer capacitor is determined by its electrode area and the type of electrolyte used. The higher the electrolyte concentration, the greater the capacitance of the capacitor. The RL80E561MDN1 is a semi-solid aluminum electrolytic capacitor, which combines the advantages of a film capacitor (low ESR and low inductance), with the advantages of a wet electrolytic capacitor (high voltage rating and low leakage current).

The RL80E561MDN1 uses an anodized aluminum cathode film, covered with a thin layer of electrolyte. This electrolyte works as the insulation layer between the two metal foils. As voltage is applied, positive ions move from the electrolyte to the cathode foil, forming a conductive layer that creates the capacitance. As current is drawn, the electrolyte remains intact and the capacitance remains the same. The capacitance of the RL80E561MDN1 is also unaffected by temperature, making it ideal for high temperature applications.

The RL80E561MDN1 offers a number of advantages, including low ESR, high rated voltage, high stability, and high reliability. It is available in a variety of capacitance and voltage ratings, making it an ideal choice for a range of applications.