LQR2W392MSEJ

Aluminum electrolytic capacitors are broadly used in a variety of applications, such as electrical protection, pulse capacitors, filter capacitors, voltage regulation and voltage control, power capacitors, and energy storage for electric railroads. Specifically, the LQR2W392MSEJ aluminum electrolytic capacitor is a non-inductive type tantalum base with an enhanced performance electric capacity.

The working principle of the LQR2W392MSEJ can be stated as follows:The device utilizes an anode made of aluminum foil with a special coating that serves as the dielectric material. This is then rolled into a cylinder with the edges overlapping. Inside the Cylinder is a cathode created by a chemical reaction between the electrolyte and a solution of boron nitride particles with an alkaline electrolyte. When a voltage is applied, electrons are attracted to the cathode material, while positively charged ions are repelled from the anode material. This attraction/repelling process generates an electrical field between the two materials, thus creating an electric capacitance.

The LQR2W392MSEJ capacitors are particularly suitable for high frequency applications due to their design features which include a low equivalent series resistance (ESR) and low inductance. The device is also known for its high energy density, excellent stability, and long-term reliability. As such, the LQR2W392MSEJ aluminum electrolytic capacitors are ideal for use in high-frequency power supplies, computer backbone network antennas, and telecommunications systems.

In summary, the LQR2W392MSEJ aluminum electrolytic capacitor has a range of high performance features making it particularly suitable for use in high-frequency applications. This includes its low ESR, low inductance, long-term reliability, and its ability to store large amounts of energy. With the growing demand for high-frequency power supplies, computer backbone networks, and telecommunications systems, the LQR2W392MSEJ aluminum electrolytic capacitor is an ideal choice for these types of applications.