RR50E152MDN1

Aluminum - Polymer Capacitors

The RR50E152MDN1 capacitor is a type of aluminum-polymer capacitor, also known as “hybrid” capacitors, which are made up of a combination of an anode and a separator comprising highly conductive polymer molecules. This type of capacitor is a relatively new technology and offers superior performance compared to traditional electrolytic capacitors in certain applications. It is becoming increasingly popular due to its improved power density, higher capacitance, better frequency response, and improved temperature stability.

Application Field

The RR50E152MDN1 capacitor is primarily used in power electronics, telecommunications and other applications that require high capacitance, low voltage, and low leakage. The capacitor is particularly suitable for high-capacity switching power supplies of PCs and notebooks, server power supplies, motor control, and more. It is also used in power factor correction (PFC) applications where it has the ability to reduce ripple current and protect circuits from high currents.

Working Principle

The RR50E152MDN1 capacitor employs an anode and a separator comprising highly conductive polymer molecules. This type of combination creates a capacitor with a very small form factor, making it ideal for use in applications with limited space. When a voltage is applied to the terminals of the capacitor, a positive charge is conducted to the anode, while a negative charge is conducted to the separator. This creates an electric field between the two charges and provides an electric charge for the capacitor.

The capacitance of the RR50E152MDN1 is capable of being adjusted by changing the size of the anode and separator, allowing users to achieve higher or lower capacitance values depending on their needs. The capacitor exhibits low temperature drift and is exceptionally stable over a wide range of operating temperatures. It is also resistant to vibration and shock due its robust construction.

The RR50E152MDN1 capacitor is an excellent choice for applications that require high capacitance, low voltage, and low leakage. It offers superior performance compared to traditional electrolytic capacitors, along with high power density, wide frequency range, improved temperature stability, and more.