LGN2C391MELY25

Aluminum electrolytic capacitors are essential components in many power electronic designs. They’re capable of providing high energy storage for surge currents, extremely low equivalent series resistance (ESR), and the ability to withstand high temperature stresses. The LGN2C391MELY25 aluminum electrolytic capacitor is especially well-suited for applications in a variety of harsh environments. This capacitor is particularly noteworthy for its immense capacitance value in the range of 2,000μF-3,000μF.

The LGN2C391MELY25 consists of an anode and a cathode separated by an aluminum oxide layer called a di-electric. The anode is a foil layer that is made from aluminum, while the cathode layer consists of a layer of cathode material such as manganese dioxide. The body of the capacitor is made of a container-like epoxy material that provides the electrical insulation. This is also what gives the capacitor its shape and size.

A distinguishing feature of the LGN2C391MELY25 is its low ESR. This means that it can provide high-efficiency power conversion with minimal power losses. It also has a high ripple current rating, which makes it suitable for use in AC/DC converters, power inverters, and DC-DC converters. Other applications that can benefit from this capacitor include water pumps, electric fans, solenoids, and more.

The LGN2C391MELY25 is designed to operate in harsh environments that temperature and humidity fluctuations. Its operating temperatures range from -40℃ to +105℃ and its ratings are unaffected by high levels of humidity. The capacitor’s strong construction is meant to protect it from mechanical stresses. It is also designed to have a long product life, with an in-service life of up to 2,500 hours at 105℃.

The LGN2C391MELY25 is a great choice for applications where there is an emphasis on environmental longevity. It can withstand shocks, vibration, and extreme temperatures and still provide high efficiency and long life performance. This aluminum electrolytic capacitor is a great choice for a wide range of power electronics applications.