LNR2E223MSE

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Aluminum electrolytic capacitors are widely used in power electronic circuits because they offer relatively high capacitance, benign characteristic of failure, and the capacity of surge current relieves. These capacitors possess high capacitance in relation to a small volume and lead out area because the circumference of the aluminum foil is usually several hundred times of the area of the anodes solid.

The LNR2E223MSE is part of the ALU audiocap family of aluminum electrolytic capacitors from Nichicon and is designed for use in audio, dynamic and interference-suppressing applications. The main features of the LNR2E223MSE is a long life of up to 3,000h at 105 degrees Celsius, a low impedance of 0,17mΩ, quick charge and discharge times of 1μs, and a wide temperature range of -40 to +105 degrees Celsius. The LNR2E223MSE is available in a variety of sizes, making it suitable for many applications.

The working principle behind the LNR2E223MSE is based on the traditional electrochemical capacitor construction, which is constructed from two metal plates separated from each other by a dielectric. In this device, the anode is made from metallic aluminum which is wrapped both inside and outside with a thin film of non-conductive electrolyte. This electrolyte serves as an insulator, protecting the charges on the aluminum foil. The cathode is made from pure titanium which, when combined with the electrolyte, forms a barrier which traps, stores and releases charges.

The LNR2E223MSE aluminum electrolytic capacitor is well suited for applications where space is at a premium and / or where a higher voltage is needed. It has a wide range of available capacitances, so it can be used to meet almost any specific power electronics design requirements. Applications include audio and related industrial, telecommunications, computer and appliance power supplies, DC-DC converters, automotive and automotive power supplies, and power factor correction (PFC) components.

The core advantage of the LNR2E223MSE comes from its construction, giving it a long lifetime even when working under extreme temperatures and environmental stresses. Its wide temperature range, low impedance and fast charge and discharge times make it a reliable choice for many applications in the power electronics sector. Coupled with its reasonable size, it is a highly useful and versatile capacitor which can fulfill the needs of users in the power electronics industry.

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