KMH6.3VN473M25X50T2

Aluminum electrolytic capacitors are electronic components that store electricity in their internal capacitors,acting as temporary energy sources. Commonly used in a variety of electronic circuits, aluminum electrolytic capacitors are categorized based on working voltage, capacitance, leakage, temperature rating, tolerance, size, lead pitch, leakage current, and mounting type. KMH6.3VN473M25X50T2 is a type of aluminum electrolytic capacitor.

KMH6.3VN473M25X50T2 falls under the DC low impedance general purpose aluminum electrolytic capacitors. It offers a capacitance range of 0.47 μF to 4700 μF, and a rated voltage of 6.3V. The capacitors are designed for both vertical and horizontal, PCB mountable configurations, which maximizes board space saving. It also features solderability conforming to IEC standard level and robustness against soldering heat.

KMH6.3VN473M25X50T2 has wide application in the field of electronic products. It can be used for general purpose, filtering, and coupling capacitors. It also serves as the buffer in DC/DC converters, AC/DC converters, and power supplies. This capacitor is also widely used in the process of power storage and rectification, radio communication signal processing, audio amplifying, and wave shaping.

The working principle of KMH6.3VN473M25X50T2 is based on the surge of the direct current. The capacitor absorbs and stores released energy through an anode and a cathode. The anode is composed of pure aluminum foil, while cathode is made up of a high-conductive electrolyte, which is in charge of providing the current to the electrodes. Through a series of chemical reaction, the capacitor can store and convert electrical energy into chemical energy.

In summary, KMH6.3VN473M25X50T2 is an excellent aluminum electrolytic capacitor, which is widely used in power supplies, rectifiers, radio communication, audio amplifying, and DC/DC converters. This capacitor works with the help of an anode and cathode, which allow it to store and convert electrical energy into chemical energy.