MXLCE20A Circuit Protection

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Transient voltage suppressor (TVS) diodes are used to protect delicate electronic components from voltage damage. The MXLCE20A is a TVS diode that is used for circuit protection in multiple applications. By understanding the working principles and typical applications, designers can utilize the diode to ensure their circuits are properly protected.

The MXLCE20A is a dual common-cathode diode that contains two internal Zener diodes connected back-to-back, allowing it to respond to surges in both directions. The diode has a low leakage current of 0.5 nano-Amperes, a low capacitance of around 3.6 pico-Farads, and a maximum operating voltage of 10 volts.

The Zener diodes in the MXLCE20A function as a voltage regulator. When the surge exceeds the normal voltage level, the Zener diode will act as a clamp, channeling the excess into ground or a lower voltage level. As soon as the surge is over, the diode will return to its normal conditions.

As the MXLCE20A is designed for protection against overvoltage, its primary application is for circuit protection. This diode is ideal for protecting smartphones, tablets, and other personal electronics due to its wide operating range, low capacitance, and low leakage. It is also used in automotive, consumer electronics, and industrial applications. The diode is also suitable for standby and charging applications.

The MXLCE20A is designers’ preferred choice for surge protection due to its low series resistance, low capacitance, and low leakage current. This diode offers reliable and effective protection for surge events without sacrificing the performance of the circuit. Using a diode like MXLCE20A can increase both the reliability and the lifetime of electronic components in a wide range of applications. The diode is also easy to install in almost any circuit.

By understanding the working principles and typical applications of the MXLCE20A, engineers and designers can utilize the diode to properly protect delicate electronic components from voltage damage. Additionally, its low series resistance, low capacitance, and low leakage current make it the ideal choice for protecting delicate electronics from voltage surges, making it a valuable asset in a wide range of applications.

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