MXLP6KE51CAE3 Circuit Protection

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• Introduction
  • TVS diodes are diode-based voltage protection devices designed to protect sensitive electronic equipment from voltage transients generated by lightning and other sources. MXLP6KE51CAE3 TVS Diode is a ESD diode from Omron that provides greater protection from electrostatic discharge (ESD) and lightning-induced surges.
• Application Field
  • MXLP6KE51CAE3 is ideal for protecting devices such as high-end consumer electronics and networking equipment from damage due to electrostatic discharges or lightning strikes. Its 5W peak pulse power makes it suitable for protecting products such as set-top boxes and satellite antennas that are exposed to high voltages from outside sources.
• Features and Benefits
  • The MXLP6KE51CAE3 has a 5W peak pulse power capability well-suited for lightning protection up to 8/20μs waveforms. The device provides low clamping voltage with fast response time and wide operating temperature range of -55°C to 150°C. The package size of MXLP6KE51CAE3 is small and provides excellent heat dissipation.
• Working Principle
  • The MXLP6KE51CAE3 is an ultra-fast unidirectional TVS diode designed to protect against electrostatic and lightning-induced impulses. The diode is bidirectional overvoltage protection device with a single cathode and two anodes. The anode connection of the device becomes the active electrode during transient voltages. A voltage transient increases the current which then causes the diode to clamp the voltage. This clamped voltage is diverted to the ground, thereby protecting the equipment. The device can also be used to protect both AC and DC power lines.
• Conclusion
  • MXLP6KE51CAE3 TVS Diode is an ultra-fast unidirectional diode with high pulse power which makes it suitable for high-end consumer electronics and networking equipment lightning protection up to 8/20μs waveforms. It has low clamping voltage, fast response time and a wide operating temperature range. Its small package size provides excellent heat dissipation.

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