VE13M00151K

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The VE13M00151K is a transient voltage suppressor designed to protect circuits from transient voltage surges. It is a type of voltage limiting device and can help to prevent premature failure of electronic components. It is designed to limit the rise in voltage above a certain level, allowing transient voltages to be sufficiently suppressed. This article will discuss the application fields and working principles of the VE13M00151K.

Application Fields

The VE13M00151K is an ideal solution for protecting devices from over-voltage spikes, surges, and EFT (electrical fast transients). It is typically used in industrial, commercial and consumer applications where protection from these events is required. This device is typically used to protect sensitive electronics such as communications systems, computer systems, networking equipment, and other equipment from damage due to transient voltages.

It is also used to protect important electronic systems from electrical lightning strikes. It can be used in outdoor electronic equipment such as streetlights, traffic signals, cell towers, and other outdoor electrical systems. It can also be used in motorized vehicles and electric vehicles, as well as in remote locations where power along with transient voltage protection is required.

Working Principle

The VE13M00151K operates by limiting the voltage of a single-phase, two-phase or three-phase electrical power system. It does this by connecting energy absorbed from a transient voltage surge or spike to an external capacitor and resistor. This results in a reduction of the voltage above the specified maximum, and also results in the voltage clamping effect, or the act of limiting the voltage present.

The action of connecting energy to the external capacitor and resistor causes a voltage drop. This reduces the total voltage above the specified maximum and thus limiting its effect. This makes the device highly effective in protecting sensitive components from damage due to over voltages.

The VE13M00151K is also designed to be highly reliable in ensuring peak electric performance. It can handle large amounts of energy absorption quickly, due to its fast response time. This makes it ideal for protecting sensitive circuits from high-speed power interruptions, while still allowing low-level signals to pass through.

The VE13M00151K is also designed to be highly energy efficient. It is designed in such a way so as not to consume additional energy when not in use. This ensures that devices utilizing the device remain energy efficient and that they are not subject to unnecessary power consumption.

Conclusion

The VE13M00151K is an ideal device for protecting sensitive electronic equipment from over voltage conditions. It is capable of limiting the rise in voltage above a certain level, allowing transient voltages to be sufficiently suppressed. Its fast response time and energy efficient design makes it ideal for protecting sensitive circuits from high-speed power interruptions, while still allowing low-level signals to pass through. It is typically used in industrial, commercial and consumer applications where protection from transient voltages is required.

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