MAP6KE68A

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TVS - Diodes are a type of device used to limit voltage spikes and protect sensitive equipment. The MAP6KE68A is a unidirectional TVS Diode which can be used in the protection of automotive, computers, industrial electronics, and a variety of other applications. It is designed for overvoltage transients protection with increased surge capability.

The MAP6KE68A is an Avalanche voltage suppressor (AVS) specifically designed for Automotive applications. It allows high-performance surge suppression in automotive, computer and communications equipment applications. The device can be used to protect circuits from damaging transients caused by load switching, torsional noise, power line induction and contact bounce. In addition, the device provides excellent thermal stability, and is easy to mount and remove.

The MAP6KE68A has a peak pulse power of 600W, with a typical response time of 10 ns. The voltage rating is 6.8V, making the device suitable for use in automotive and other equipment with nominal operating voltage of 12V and 24V. The device also provides high transient immunity of up to 1.4kV. It can also be used to improve signal noise margin and reduce EMI. Additionally, the device has low clamping voltage, so it can protect the sensitive input pins from damage.

The working principle of the MAP6KE68A is simple. When an overvoltage transient is present, the diode’s avalanche breakdown voltage is triggered. This triggers an internal avalanche effect which generates a large surge current, essentially shorting the excess energy safely to ground. This quickly reduces the voltage across the device to its normal operating voltage, providing the necessary overvoltage Protection.

The MAP6KE68A is a reliable and robust solution for protecting against overvoltage transients. Its easy mounting and automotive-specific design make it an ideal choice for use in a wide variety of applications. The device has a fast response time and high immunity against transient voltage, making it well suited for automotive applications. Additionally, its low clamping voltage ensures protection for sensitive components, making it an excellent choice for protecting a wide range of electronic equipment.

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