VE24M05750K--

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TVS - Varistors, MOVs are two important elements used to protect sensitive electronic equipment from damage due to transient voltages and currents. The VE24M05750K is a type of MOV or Metal Oxide Varistor that is designed to absorb, or divert, transient voltages or currents that may occur during power surges, transients or other abnormal electrical events. The VE24M05750K is a three-terminal device mounted on a round, yellow disc, typically used in high-voltage applications.

Application Field

The VE24M05750K is designed for applications which require high-endurance transient protection. This device can be used in various types of industrial equipment, such as power supplies, electronic UPS, rectifiers, inverters, high voltage controllers, and motor controllers. It is ideal for protecting high-voltage electronic components from voltage or current surges, such as those caused by lightning, faulty wiring, or power grid disturbances. This device is also commonly used in automotive applications, including airbag and antilock braking systems.

Working Principle

The VE24M05750K is a two-stage, three-terminal device which diverts transient voltage and current away from the protected electronic component. It functions as both a high-voltage surge protector and a low-voltage suppressor. Its two electrodes and a center connection create a series circuit in which the transient voltage is diverted away from the protected component. When a transient voltage spike occurs, the MOV device reduces the voltage level to a safe level by diverting the voltage through its main terminal to its center connection and then away from the protected system. The MOV device also absorbs a certain amount of energy from the spike, preventing damage to the protected component.

The VE24M05750K offers greater reliability than other MOVs due to its two-stage protection. The device monitors the transient voltage several hundred times per second and automatically adjusts itself so as to best handle any transient voltage or current event. This increases its protection capability and reduces the risk of damage to the protected component.

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