ROV20H241K-S

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TVSs (Transient Voltage Suppressors), MOVs (Metallic Oxide Varistors) and ROV20H241K-S Varistor are among the most popular components used in the power electric circuit to reduce the risk of damages that may occur due to surge currents, lightning, and other transient events. This article looks at the application fields and working principle of ROV20H241K-S. Varistor, also known as voltage dependent resistor (VDR) is a nonlinear resistor with properties that depend on voltage. ROV20H241K-S is a Varistor, which is specifically designed for EMC (electromagnetic compliance) applications. It is a bi-directional Varistor that is manufactured using zinc oxide and has low clamping voltage. It is also compact in size and easy to install.ROV20H241K-S can be used in many applications due to its low clamping voltage and compact size. It is mostly used in consumer electronics, power supplies, and home appliances. It can be used in power grids and automotive systems as well. It is also used in industrial, medical, military, and telecommunications applications.The working principle of ROV20H241K-S is based on the use of zinc oxide and other materials to create a nonlinear electrical resistor. When a voltage is applied, it reduces the current flow by clamping at a specific voltage. The Varistor is also designed to have a wide dynamic range, which means it can clamp different voltages, depending on the changing conditions.The device can be used to protect sensitive electronic components from dangerous transient surges and lightning strikes. When the voltage rises above the specific value, the varistor conducts electric current and absorbs the energy in the transient voltage. This protects sensitive electronic components from damage due to high voltage.In summary, ROV20H241K-S Varistor is a popular component used in power electric circuits to reduce the risk of damages due to transients. It can be used in various applications, including consumer electronics, power supplies, home appliances, power grids, and automotive systems. The working principle of ROV20H241K-S is based on the use of zinc oxide and other materials to create a nonlinear electrical resistor. When a voltage is applied, it will reduce the current flow by clamping at a specific voltage. This in turn helps to protect sensitive electronic components from dangerous transient surges and lightning strikes.

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