V07E385L1T5

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TVS - Varistors, MOVs, are useful components for helping to protect equipment from a variety of transient voltage threats. The V07E385L1T5 is one example of a Transient Voltage Suppressor (TVS), also known as a “Varistor”, that helps to protect electronic equipment from extreme surge threats. This popular Varistor has a 178V voltage rating, a 185V surge rating, and a low 8.5µA leakage current.

The V07E385L1T5 is a Metal Oxide Varistor (MOV) and its working principle is based on the electro-mechano-thermal effect. It exploits the fact that certain materials, when exposed to excessive electrical currents, will show a dramatic increase in electrical resistance. Essentially, a transient voltage spike will cause a surge in electrical current, which the MOV will respond to by quickly increasing its electrical resistance. This additional resistance helps to protect the delicate electronics connected to the MOV.

MOVs, like the V07E385L1T5, are used in a variety of applications including consumer, industrial, and military electronics products. Consumer electronics are often exposed to voltage spikes coming from nearby utility incidents, lightning, or other sources. Industrial applications may require protection against accidental transients from power tools and machinery. And Military applications may require protection from the more severe transients encountered in aircraft and electronic warfare scenarios. MOVs are also commonly used in automotive applications, where they are implementing to protect electronic components from voltage spikes that can occur during a vehicle start-up or heavy acceleration.

Regardless of application, the V07E385L1T5 can be connected in series with a circuit to help protect it from voltage transients. Doing so provides a layer of protection that can potentially save costly repairs and unnecessary downtime. The V07E385L1T5 is designed to respond to voltage transients quickly, limiting the effect on downstream electronics and other components.

The V07E385L1T5 is just one example of a MOV that is designed to help protect electronic components from transient voltage threats. There are many other types of MOVs available that are designed for specific types of applications. While they all share the same electro-mechano-thermal working principle, their electrical properties can vary significantly. It is important to choose a MOV that is specifically designed for the application at hand to ensure that it will provide the desired level of protection in the event of a transient voltage surge.

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