TMOV14RP625E

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TVS-Varistors, MOVs are widely used in power line applications which are responsible for both over voltage and over current protection. The TMOV14RP625E is a radial leaded 14 mm ceramic diskrated at 625 volts containing a moving element of zinc oxide. By connecting this type of component to the power lines, over voltage protection is ensured.

In normal conditions, the TMOV14RM625E remains in a non-conducting state with almost zero current flow. When the line voltage rises above the rating of the component, the built-in capacitance within the device causes it to become conductive resulting in a higher dissipation of power. In such situations, the MOV components reduce the risk of high voltage damages to other electronic components by acting as a voltage limiter.

The MOV device also has the capability of self-restoration. When the power or voltage rises above the specified rating, the component creates a path for the excess current to be diverted away due to the large area of the zinc oxide material. As such, the created current path ensures that the line voltage stays within the safe range. Once the line voltage drops to a nominal level, the component automatically re-establishes its open circuit state.

The TMOV14RP625E is suitable for use in different applications where large surges in line voltage are expected. It is most widely used in household appliances, power line conditioning circuitry, and automotive electronics. The TMOV14RP625E is also very useful in protecting small electronic products from getting damaged due to electro-static discharge, power line sags, and sudden voltage drops.

Due to its unique design and high-quality components, the TMOV14RP625E ensures high performance and reliable protection. It has a high dielectric strength, which is one of its most important features. This feature ensures that the device is able to contain the line voltage within the specified tolerance level, thus protecting other electronic components connected in that same power line.

The unique construction of the TMOV14RP625E also enhances its ability to resist over issues. The zinc oxide element is coated with an oxide film which prevents metal to metal contact between the voltage sensitive components. This prevents any type of short-circuiting of the device, thus enabling it to protect other components from getting damaged due to overvoltages.

The TMOV14RP625E is also designed to be resistant to any type of corrosion which could damage the essential parts of the device. The robust construction and the high dielectric strength of the device make it suitable for outdoor applications, and it is able to withstand extreme temperatures and environmental conditions.

Overall, the TMOV14RP625E is an effective and reliable device for protecting electronic components from getting damaged by voltage surges and overvoltage. It is widely used in a variety of applications for offering protection from all kinds of power line issues.

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