MAP6KE27CAE3

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• TVS - Diodes

  • MAP6KE27CAE3 Application Field and Working Principle

    • The MAP6KE27CAE3 is a seventh-generation TVS diode designed for use in sensitive electronic equipment. It is typically used to protect against damage from power surges such as those caused by lightning. The diode series consists of several versions depending on the desired application. It is designed to protect against both transient overvoltage and electrostatic discharges (ESD), while also providing transient protection against load dump surges (LDCs).

      The MAP6KE27CAE3 features an ESD protection rating of IEC61000-4-2 Level 4, meaning that it can protect a device from discharges of up to 15kV without any degradation in performance. It also features a transient protection level of 1.5kV, meaning that it can protect against lightning induced overvoltages of up to 1.5kV. In addition, the device has a low clamping voltage of 5.6V, meaning that it will not cause a significant voltage drop across the protected circuit.

      The diode series is suitable for a wide range of applications, including telecommunications, industrial and consumer electronics, audio and video equipment, medical devices, networking, automotive, and more. It is designed to provide a solution for transient protection solutions in both commercial and industrial applications, due to its highly reliable design. The diode can also be used in a wide range of operating temperatures, from -55 to +125°C, making it suitable for use in harsher environments.

      In terms of its working principle, the MAP6KE27CAE3 acts as a simple rectifier, using a combination of avalanche and Zener breakdown to create a rectifying forward- bias diode. When the diode is forward-biased, current flows through the device, creating an avalanche breakdown in the junction region which causes the diode voltage to drop. This voltage drop will protect any sensitive electronics from any over voltages that may occur. During an ESD event, the diode is designed to protect the device from any damage or disruption to its circuits, as the device immediately clamps any potential overvoltage.

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