MXLP5KE16A

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Transient Voltage Suppressor (TVS) diodes are specifically designed to protect electronic circuits from overvoltage caused by electro static discharge (ESD), lightning and other induced surges. In this article, we will focus on the application field and working principle of MXLP5KE16A, a type of TVS-diode.

MXLP5KE16A TVS-diodes are widely used in automotive, industrial and consumer electronics due to their high power surge protection capability, low clamp voltage, fast response time, and excellent reliability. They are typically used to protect sensitive electronic devices or circuits from ESD, lighting, and other transient events due to contact and airborne discharge. Moreover, these diodes provide overvoltage protection to systems with bipolar supply.

The basic working principle of MXLP5KE16A is quite straightforward. When an overvoltage occurs due to ESD, lightning or other induced surges, the TVS-diode starts to conduct suddenly and clamps the applied voltage and reduce the current to a safe level. It should be noted that the TVS-diode is only designed to handle transients that require low threshold voltage. The voltage that can be clamped depends on the size of the diode and its current ratings.

In terms of physical features, MXLP5KE16A TVS-diodes have a breakdown voltage of 5V, low clamp voltage, and a peak pulse current of 1.6K Amperes. Furthermore, these diodes have a low thermal resistance, which enables superior temperature performance. In addition, they are RoHS compliant and exemplary for high-temperature reflow soldering.

In conclusion, MXLP5KE16A TVS-diodes are an ideal choice for overvoltage protection due to their wide operating temperature range, high current capability, low capacitance, and low clamp voltages. They are additionally designed for both automotive and non-automotive applications, and are RoHS compliant, which means they are compatible with a variety of components. Furthermore, MXLP5KE16A diodes support clamping of low to high-voltage peaks, while their superior thermal resistance and fast response time make them suitable for protecting sensitive electronic devices and circuits from all kinds of transients.

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