V18ZT3

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TVS - Varistors, MOVs are two of the most widely used components in the world to protect components from overvoltage transients. The V18ZT3 is a very common type of this family of components, and its application fields and working principle are highly advantageous in several industries.

The most common application fields for the V18ZT3 are in telecommunications, computer and automotive industries. Telecommunications require protection from very high voltage and large current and, as the V18ZT3 offers great protection against both, it is the component of choice. Electrical shocks to computer hardware can be damaging, and the V18ZT3 is often used as a safeguard. Finally, in the automotive industry, the V18ZT3 is used to protect electrical systems from being damaged under surge and spark conditions.

The working principle of the V18ZT3 is based on the Back To Back Zener principle. Two Zener diodes are connected in reverse configuration, allowing bidirectional protection and greater protection. The connected resistors holds the breakdown voltage and offer added protection against excessive current flows. Additionally, the V18ZT3 can handle a high power dissipation, meaning it can suppress high current surges. Finally, the overtemperature protection of the V18ZT3 ensures its reliability.

The V18ZT3 has several advantages over other components in the TVS - Varistors, MOVs family. The Back To Back Zener principle can be combined with other components, offering a wider range of protection levels. Furthermore, the V18ZT3 is able to be used in high temperature environments, and its high power dissipation is ideally suited for some applications. Additionally, the V18ZT3 can be used in multiple circuit designs, providing additional flexibility and protection.

In summary, the V18ZT3 is a very common component used in several industries. Its application fields include telecommunications, computer and automotive, and the Back To Back Zener principle provides increased protection under surge and spark conditions. Additionally, its power dissipation, overtemperature protection and flexibility make it ideal for a variety of applications. The V18ZT3 is certainly one of the most reliable components available for protecting components from overvoltage transients.

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