3KASMC14HE3_A/H

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TVS-diodes, also known as Transient Voltage Suppressors, are designed to provide reliable protection from destructive overvoltage conditions. They have become very popular in today\'s electronics and are used in a wide variety of applications, from consumer electronics to aerospace and military devices. The 3KASMC14HE3_A/H is a high-performance, high-reliability TVS diode designed to protect an application from electrostatic discharge (ESD) and electrical over-stress (EOS) conditions.

The 3KASMC14HE3_A/H has an extremely fast response time, typically less than 1 ns, and can handle ESD peaks up to 30 kV (HBM per IEC 61000-4-2). It is also capable of continuous operating voltages up to 13.8 V and can survive peak transients of up to 28 V. The device is ideal for applications such as communications systems, factory automation systems, and consumer electronic products that are exposed to ESD.

The 3KASMC14HE3_A/H has a unique working principle. It uses a Zener diode arrangement, with the Zener diode placed between the power and ground pins of the application. This arrangement allows the device to conduct during normal operation but quickly respond to ESD or EOS events, clamping the transient voltages to a safe level and protecting the target application. The device is capable of handling extremely high transientcurrents, ensuring that the device is able to effectively protect the application from even the most severe overvoltage events.

The 3KASMC14HE3_A/H is particularly well-suited for applications where there is a need to protect against ESD and EOS damage. These include medical systems, aerospace systems, consumer electronics, and specialized applications such as power line or RF communications systems, solar energy systems, and industrial automation systems.

The 3KASMC14HE3_A/H is an excellent choice for protecting electronics from ESD and EOS. It is fast, reliable, and capable of handling extremely high-voltage transient spikes. Its unique working principle makes it ideal for a wide range of applications, ensuring that it is capable of providing the highest levels of protection from even the most extreme overvoltage events.

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