MP4KE6.8CAE3

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TVS diodes are a special kind of diodes that are specifically designed to provide transient voltage protection. The MP4KE6.8CAE3 TVS diode is a state-of-the-art solution for protecting circuits from high voltage transients related to inductive switching or lightning. This diode is available in surface-mount and through-hole packages.

The MP4KE6.8CAE3 is a single channel diode with low capacitance. It can protect up to -3.5kW for t < 10 ms and is rated to handle up to -1.2kA for t < 8.3 ms. It can operate directly from the 5 V supply, eliminating the need for an external protection circuit. The MP4KE6.8CAE3 has a response time of less than 1 ns and is also RoHS compliant.

The MP4KE6.8CAE3’s application fields include computer and system level protection, digital and analog interface protection, ESD protection, load switching protection, and more. This diode can help to protect a wide variety of electronic circuits, such as Ethernet ports, audio/video ports, and USB ports. In addition, it can also be used in a variety of industrial application areas, such as industrial automation and control.

The working principle of the MP4KE6.8CAE3 is based on the avalanche breakdown principle. This diode has a built-in zener voltage and a high clamping voltage ratings, which provides excellent protection for sensitive electronic components. When a transient voltage is applied, the diode will experience an avalanche breakdown, which will limit the current through the diode and protect the connected components.

In summary, the MP4KE6.8CAE3 is an advanced TVS diode designed to provide superior transient voltage protection for various electronic circuits. This diode is available in both surface-mount and through-hole packages and has a response time of less than 1 ns. It can be used for a variety of different applications, including computer and system level protection, digital and analog interface protection, ESD protection, and load switching protection, among others. Finally, its working principle is based on the avalanche breakdown principle.

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