V68ZU3P

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TVS - Varistors, MOVs

The V68ZU3P is an application-specific device within the family of transient voltage suppressors (TVS). TVS devices are designed to protect electronics hardware from potentially damaging electrical transients, which can be caused by voltage spikes, voltage sags, high-speed switching and mishandling of components. The V68ZU3P is engineered to provide superior protection from various voltage levels during the specified transient condition.

Application Field

The V68ZU3P has a wide range of applications, providing dependable protection for electrical and electronic system components. It is primarily used to protect semiconductor circuits in telecommunications, automotive, industrial, and medical device products from damaging overvoltage transients. Devices in this TVS family are also used for satellite communications, power distribution, motor control, defense, and aerospace systems.

Working Principle

The V68ZU3P is a unidirectional TVS that uses MOV technology to provide superior protection from damaging overvoltage transients. When the device is exposed to a level of surge or voltage transient exceeding its specified threshold voltage, it clamp down the voltage to a safe level. This is done by controlling the conduction of current through the device while the transient is present. Once the transient is gone, the MOV returns to its non-conductive state.

The device is made of a dual dielectric medium of zinc-oxide and silicon dioxide which provides a low breakover voltage. Additionally, the device provides surge current ratings from 5KA to 20KA and a response time of less than 1μS. When employed in applications, the V68ZU3P helps to ensure the safety of critical components and systems from destructive transients.

Conclusion

The V68ZU3P is an ideal device for a variety of applications needing protection from dangerous overvoltage transients. With its dependable performance, it helps protect valuable equipment from the damage caused by such transients. Beyond its use in telecommunications, automotive, industrial, and medical device products, the V68ZU3P is also suitable for satellites, power distribution, motor control, defense, and aerospace systems.

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