MR2520LRLXG

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The MR2520LRLXG is a TVS (Transient Voltage Suppressor) diode which is designed for over-voltage and over-current protection. It is a high-efficiency device that is capable of protecting sensitive electronic components against voltage surges, over-voltage or over-current. It is made up of a silicon rectifier and an axial leaded glass passivated diode, which is able to dissipate high levels of power with minimal heat generation. The diode is also designed with very low capacitance, which is needed for high frequency operation.

The MR2520LRLXG is highly suitable for applications where inputs and outputs are fast switching, where there is high transient voltage caused by electrostatic discharge or high-voltage transients due to lightning, and in areas where high surge currents can cause damage. Typically the MR2520LRLXG is employed in such applications as AC adapters, power supplies, electric vehicles, electronics industrial equipment,and consumer electronic products.

The working principle of the device is based on a simple design that is highly efficient. It has two terminals, with the positive signal applied to the anode terminal, and the negative signal applied to the cathode terminal. When an over-voltage or over-current event occurs, the device absorbs the electrical energy via a fast and efficient switching mechanism, and the current is limited and clamped between the two terminals. The device is then able to dissipate the energy through a very low internal thermal resistance, effectively protecting the component from damage.

The MR2520LRLXG is a high-performance TVS diode solution that is designed for reliable protection of sensitive electronic components against over-voltage and over-current transients that occur as a result of electrical induction, surges, electrostatic discharge, or lightning. It is a versatile device that is cost-effective and easy to implement, and it can be used in both consumer and industrial applications.

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