ROV07H560K-2

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TVS - Varistors, MOVs are designed to protect sensitive electronics from current or voltage over-surges due to lightning, electromagnetic pulse (EMP). According to its structure, varistors, MOVs are used to protect inductors, circuit boards, power systems, cables and other electrical and electronic components. Therefore, the application of these components are widely used in power system, electric industry, communication field, military industry and automotive industry. Among these components, ROV07H560K-2 is one of the commonly used series.

The ROV07H560K-2 series is a kind of vertical-mount surge protection device that can protect equipment and devices from line transient and surge, such as EFT/B pluse, In addition, it also has the advantages of fast response, wide working voltage range, low leakage current and good conformal property. It can be used in high-frequency applications such as information technology, communication and consumer electronics. In a nutshell, the ROV07H560K-2 series can be used to protect various electronic and electrical equipment from over-voltage surge.

The working principle of ROV07H560K-2 series is conducting surge current across itself and clamping the voltage to a safe level. When the applied voltage is below the breakdown voltage, the varistor is an open circuit. When the voltage increases past the specified breakdown voltage, the varistor becomes a low-resistive shunt path to protect the electronics from overtemperature or damage.

In summary, ROV07H560K-2 is designed with vertical-mount structure and can provide fast response, wide working voltage range and low leakage current for a variety of applications and it can protect electronic and electrical components from various over-voltage surges. Therefore, ROV07H560K-2 series is widely used in the fields of power system, electric industry, communication field, military industry and automotive industry. The working principle is that it will conduct surge current across itself and clamping the voltage to a safe level.

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