VE24M03850K--

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TVS - Varistors, MOVs are widely used in the field of electronic equipment for protecting electronic circuits from overvoltage and transient disturbances. Varistors are two-terminal nonlinear voltage-dependent resistor with a wide range of resistance across the full range of voltage operation. MOVs, or Metal Oxide Varistors, are similar in function to varistors but uses metal oxide material to absorb the surge. The VE24M03850K is a varistor used for overvoltage protection.

The VE24M03850K is an ultra-thin, compact, and reliable surge absorber device. It has an ultra-wide operating voltage range of 2 - 38 volts, and its peak pulse power rating is 0.5 watt. The device is mounted on a special clip to ensure proper grounding and connection of the movable clamp to the board and to provide effective atmospheric discharging.

The working principle of the VE24M03850K is very simple. It is composed of a metal oxide semiconductor (MOS) and a conductive plate. When the voltage of the circuit exceeds the set value, the current flows through the defined contact path and is absorbed by the MOS. This current is then stored in the plate until the transferred energized is dissipated by the MOS, which in turn reduces the voltage on the board.

The VE24M03850K is used in many applications for overvoltage protection, including power Supplies, DC/DC converters, Li-ion batteries, and Li-polymer batteries. Power supplies can be protected from overvoltage, short circuits, and inrush current by using this device. DC/DC converters can also be protected by using the VE24M03850K, as it is able to absorb high voltages and high currents. The device also helps protect Li-ion and Li-polymer batteries from overvoltage transients.

Overall, the VE24M03850K is an efficient protection device for electronic circuits from overvoltage and transient disturbances. It is small, thin, and highly reliable, and its ultra-wide operating voltage range and high pulse power ratings make it suitable for many applications. Its simple working principle makes it an ideal choice for overvoltage protection.

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