5KASMC26AHM3/57

TVS (Transient Voltage Suppressor) diodes protect integrated circuits from high voltage impulses. 5KASMC26AHM3/57 is a type of TVS-Diode which is based on the well-known state-of-the-art technology from Vishay\'s innovative Power MOSFET Smiconductor chips. It is designed for ESD protection and incorporates a triple MOSFET protection structure to guarantee its robust and reliable performance even under severe shock and vibration conditions.

5KASMC26AHM3/57 application field generally covers the IT, consumer, automotive, medical, industrial, energy and communication markets. It is highly resistant to transient voltages and spikes induced by electrostatic discharge, electrical transients and lightning strikes.

At the heart of 5KASMC26AHM3/57’s protection mechanism is its reverse stand-off voltage (VESD) feature. This provides a differential voltage protection across the MOSFET for Reverse Voltage. When the voltage across the MOSFET exceeds this value, a switch to the P-type device snaps and provides a short circuit protection.

5KASMC26AHM3/57 further features the so-called MOSFET reset feature. This reset action by the TVS-diode is triggered when the voltage across the MOSFET devices exceeds the specified upper threshold. The reset feature ensures that the device is automatically reset after a transient event. In addition, it features a triple MOSFET device structure which provides superior protection against transient voltage spikes and reduces the probability of early destruction.

The 5KASMC26AHM3/57 is a robust, reliable and highly robust device designed for ESD protection and the protection of sensitive electronic components from overvoltage faults. It utilizes the latest Power MOSFET technology and provides superior protection against transient voltage spikes, even when subjected to extreme shock and vibration conditions. The reset feature ensures that the device is automatically reset after transient events and its triple MOSFET device structure provides superior protection against transient voltage spikes and reduces the probability of early destruction.