VE13M00321K

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TVS - Varistors, MOVs are a type of voltage dependent resistor that are used to protect a circuit from transient voltage spikes. The VE13M00321K is a diode that is used to provide protection for a variety of different applications. It is rated for a peak pulse power of 16 kA. It has a maximum clamping voltage of 15V, and an operating voltage range of 8 - 16V.

The VE13M00321K is a three-terminal diode device that works on the principle of voltage dependent resistors. It contains two silicon diodes which are connected back to back in series. The diodes are connected to a common ground point, and when a voltage spike occurs, the diode junction is momentarily shorted out. The voltage across the junction will then start to increase, creating a voltage-dependent resistor that will limit the current passing through the diode.

The VE13M00321K is used in a variety of applications. It is commonly used in overvoltage protection for consumer electronics, automotive electronics, and telecommunications equipment. It is also used in transient voltage suppressors, TVS protection devices, and lightning protection circuits. It is also used in applications where high energy surge protection from induced or ESD levels is required.

The VE13M00321K is a very robust and reliable device, and has a wide operating temperature range. It is capable of withstanding high surge current levels and is very resistant to electrical stress. It is also very low cost and easily integrates into existing circuits.

The VE13M00321K has a number of advantages over other transient voltage suppression devices. It is able to protect circuits from high voltage transients and it is also able to absorb large amounts of energy, making it suitable for applications where the voltage pulses are large. It is also very reliable and has a low clamping voltage.

In conclusion, the VE13M00321K is a reliable and robust device that is used for a variety of applications including overvoltage protection, transient voltage protection, and lightning protection. It is capable of withstanding high surge current levels and is very resistant to electrical stress. It is also very low-cost and easily integrates into existing circuits.

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