MR2520L

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The MR2520L is an ultra-low capacitance Transient Voltage Suppressor (TVS) diode typically used for ESD, EFT and surge protection. It provides a low clamping voltage and consists of a silicon diode and a low clamping voltage transient voltage suppressor (TVS) in one package. The MR2520L is available in different package sizes and has a low ability threshold down to 4VDC.

The application field of the MR2520L is mainly used for industrial equipment, including machine tools, medical devices, networking and security systems, test equipments and consumer electronic products. The MR2520L is also suitable for broadcast electronics, satellite systems, automotive electronics, aerospace and avionics.

The working principle of the MR2520L is simple. When a high voltage transient exceeds its threshold rating, the TVS diode instantly clamps and absorbs the surge current. At the same time, the low capacitance of the device helps reduce the differential mode noise by the fast switching of the diode. This helps protect downstream devices from ESD, EFT, and surges.

The design of the MR2520L includes a novel parallel protection circuit featuring a combination of a Schottky diode and a low capacitance TVS. The Schottky diode acts as a fast clamp providing protection to the downstream equipment, whereas the TVS reduces voltage overshoot and increases component lifetime. The MR2520L also features multilayer construction and optimized layout for extremely low capacitance.

Moreover, the MR2520L offers features such as improved surge rating, lowered clamping voltage, and industry standard package options. This ensures a high level of reliability and performance in every application. Therefore, the device offers excellent level of protection from ESD, EFT, and surge events.

In short, the MR2520L offers excellent protection from Electrostatically Discharge (ESD), EFT, and surges. Its low capacitance helps reduce differential mode noise, and its optimized parallel protection circuit is highly reliable. Its industry standard package also makes it highly suitable for industrial, automotive, test, networking, broadcast, and consumer electronic applications.

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