RNU1C271MDN1PX

Aluminum-Polymer Capacitors are capacitors with a dielectric film made of a polymer compound mixed with aluminum particles. The number of aluminum particles that can be added is much higher than that in conventional capacitors and their effect is greater. This makes the capacitance higher and there is also less noise and improved frequency characteristics compared to those of conventional capacitors. The RNU1C271MDN1PX capacitor is an Aluminum-Polymer Capacitor with a very small size, high capacitance and low ESR.

The RNU1C271MDN1PX capacitor is commonly used in various applications as they provide higher capacitance, improved frequency characteristics and low ESR compared to conventional capacitors. For example, it is suitable for use in high frequency switching. Its small size makes it suitable for use in miniaturized device designs and its good temperature characteristics make it suitable for use in environments with high temperature.

The RNU1C271MDN1PX capacitor works on the principle of aluminum-polymer electrolytes. An aluminum or an alloy is used as an anode and a polymer compound is used as a cathode. A dielectric film made of a polymer compound is in between them and this causes current to flow when a voltage is applied. This results in a charge of electricity being stored in the capacitor as the current flows in and out of the polymer compound dielectric film.

In the RNU1C271MDN1PX capacitor, the aluminum is a co-polymer metallic film with a capacitance value of 271uF and its niche is the very low ESR of 0.0027ohm which is unmatched by conventional capacitors. The capacitance of 271uF on a small format is unmatched and its increase of capacitance versus ESR is higher than that of a conventional capacitor.

The working principle of the RNU1C271MDN1PX capacitor is based on the law of capacitance. This law states that the capacitance of a capacitor is the ratio of the charge stored in the capacitor to the applied voltage. In the RNU1C271MDN1PX capacitor, an aluminum or an alloy is used as an anode and a polymer compound is used as a cathode.

The dielectric film made of a polymer compound is then placed between the two electrodes. When a voltage is applied, a current will flow through the dielectric film. This current flow causes a charge of electricity to be stored in the capacitor. The capacitance is determined by the amount of charge that is stored in the capacitor, the area of the electrodes, and the thickness of the dielectric film.

The RNU1C271MDN1PX capacitor is commonly used in various applications as they provide higher capacitance, improved frequency characteristics and low ESR compared to conventional capacitors. It is suitable for use in high frequency switching, miniaturized device designs, and high temperature environments. The aluminum-polymer electrolyte and its construction makes the RNU1C271MDN1PX capacitor an ideal choice for many applications including storage, filtering, and decoupling.