MAP6KE13AE3

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The MAP6KE13AE3 belongs to the TVS - Diodes family of components. It is also called a transient voltage suppressor and is used to protect electronic circuits from voltage transients induced on cables and harnesses that are carrying a signal. The device is designed to clamp and redirect a surge or spike current away from sensitive electronics.

The MAP6KE13AE3 is a transient voltage suppressor with outstanding pulse power capability and fast response. The device is designed for use in automotive systems and provides excellent circuit protection against voltage transients due to inductive load switching, glitches, and ESD events.

The MAP6KE13AE3 can be used in a variety of automotive applications such as airbag systems, engine management systems, and ABS. It can also be used in domestic appliances such as plasma TVs and Hi-Fi systems, computer and telecommunications equipment, and industrial equipment.

The working principle of the MAP6KE13AE3 is to suppress any voltage transients by activating its two diodes in a forward direction when the voltage pulse is above the clamp voltage. The device is designed to have a low capacitance and allow the current to be directed away from sensitive electronics. The device also incorporates a Zener diode to provide a controlled clamp voltage and protect sensitive electronics.

The MAP6KE13AE3 is designed to provide protection against transients generated by inductive load switching or ESD events. It also provides a low capacitance which reduces ringing and maintains signal integrity. The device is also able to withstand up to 9A of power and is available in SOD-323 and SMAF packages for various applications.

The MAP6KE13AE3 is designed to provide robust cradle to grave protection for circuit protection. The device is built to protect any electronic circuit from the damaging effects of excessive transient current. It is designed to provide a low clamp voltage and can handle up to 9A of current and provide robust protection for a wide variety of automotive and industrial applications.

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